mhurhangee/ep-ind-claims huggingface dataset:
A syringe support (15, 15') for supporting an axial position of a syringe relative to a housing of an autoinjector, wherein the housing comprises a rear part (2.2) comprising a proximal end (2.4) and at least one rigid arm (2.3, 15.4) extending in the distal direction from the proximal end (2.4), wherein the syringe support (15, 15') comprises a supporting beam (15.1) arranged on a distal end of the at least one rigid arm (2.3, 15.4) and biased radially inwards, wherein the supporting beam (15.1) is adapted to axially bias the syringe in a distal direction within the housing, wherein the supporting beam (15.1) is adapted to accommodate syringes having variable lengths within the housing in the distal direction, wherein the supporting beam (15.1) is configured to engage a flange (3.1) of the syringe, and wherein the supporting beam (15.1) is formed as a flexure beam. wherein the syringe support (15, 15') comprises a supporting beam (15.1) arranged on a distal end of the at least one rigid arm (2.3, 15.4) and biased radially inwards, wherein the supporting beam (15.1) is adapted to axially bias the syringe in a distal direction within the housing, wherein the supporting beam (15.1) is adapted to accommodate syringes having variable lengths within the housing in the distal direction, wherein the supporting beam (15.1) is configured to engage a flange (3.1) of the syringe, and wherein the supporting beam (15.1) is formed as a flexure beam.
A hydrogenation process comprising: (a) passing a mixture comprising fluoroolefin and H 2 through a bed of palladium catalyst in a reaction zone wherein the palladium catalyst comprises finely divided zero valent palladium supported on an α-alumina carrier; and (b) producing a hydrofluoroalkane product; wherein the palladium concentration of the catalyst in the front of the bed is from 0.001 wt % to 0.2 wt % based on the total weight of the palladium and the carrier, and the palladium concentration of the catalyst in the back of the bed is from 0.1 wt % to 1 wt % based on the total weight of the palladium and the carrier; and wherein the palladium concentration of the catalyst in the front of the bed is lower than the palladium concentration of the catalyst in the back of the bed. (a) passing a mixture comprising fluoroolefin and H 2 through a bed of palladium catalyst in a reaction zone wherein the palladium catalyst comprises finely divided zero valent palladium supported on an α-alumina carrier; and (b) producing a hydrofluoroalkane product;
A method for processing a multichannel audio signal to determine primary and ambient components of the signal, the method comprising: converting each channel of the multichannel audio signal to corresponding subband vectors, wherein the vectors comprise a time sequence or history of the channel signal's behavior in corresponding subbands; determining a primary component unit vector for each subband vector; determining primary component vectors for each audio channel in each subband by orthogonally_projecting the channel subband vector onto the corresponding_primary component unit vector; determining an ambience component vector for each channel in each subband as the projection residual, characterised by: adjusting the balance between the primary and ambient vectors to generate modified primary and ambient components; wherein the balance is adjusted in accordance with a measure of the dominance of the primary component, said measure of the dominance of the primary component corresponding to the correlation coefficient between the channel subband vectors. converting each channel of the multichannel audio signal to corresponding subband vectors, wherein the vectors comprise a time sequence or history of the channel signal's behavior in corresponding subbands; determining a primary component unit vector for each subband vector; determining primary component vectors for each audio channel in each subband by orthogonally_projecting the channel subband vector onto the corresponding_primary component unit vector; determining an ambience component vector for each channel in each subband as the projection residual, characterised by: adjusting the balance between the primary and ambient vectors to generate modified primary and ambient components; wherein the balance is adjusted in accordance with a measure of the dominance of the primary component, said measure of the dominance of the primary component corresponding to the correlation coefficient between the channel subband vectors. adjusting the balance between the primary and ambient vectors to generate modified primary and ambient components; wherein the balance is adjusted in accordance with a measure of the dominance of the primary component, said measure of the dominance of the primary component corresponding to the correlation coefficient between the channel subband vectors.
A carbon nanofiber that is produced by a vapor phase reaction of a carbon oxide-containing raw material gas using a metal oxide powder containing a Co oxide as a catalyst, wherein at least one type which is selected from metal cobalt, carbon-containing cobalt metals, and cobalt-carbon compounds and which has a granular shape is encapsulated in a wrapped state in the carbon nanofiber at a tip end of the carbon nanofiber.
Holder with a stack of coverslips or slides, the holder having a base with four side walls (21a, 21b, 22a, 22b) connected thereto, and the inside of the base being designed to support the stack of coverslips or slides and carrying this stack, and the outside of the base and/or of the at least one side wall being designed to accommodate an identification label such as an RFID, and having such an identification label, such as an RFID, characterized in that the boundary line of the four side walls (21a, 21b, 22a, 22b) facing away from the base lies in a plane which encloses an acute angle with the plane of the base, so that the upper opening of the holder has an oblique boundary line.
A laccase comprising an amino acid sequence which over the entire length thereof is at least 97.5% and increasingly preferably at least 98%, 98.5% and 99% identical to the amino acid sequence specified in SEQ ID NO. 1.
Analyte measuring patch for invasive measuring a concentration of an analyte, in particular glucose, the analyte measuring patch including: • a sensor for transcutaneous placement in a patient's tissue, the sensor including a working electrode, a counter electrode and a reference electrode; • an pad for placement on the patient's skin, wherein the sensor projects from an adhesive surface of the pad; • an electronics unit, wherein the electronics unit includes a microcontroller and a current measurement unit; wherein the microcontroller includes a control output, a first analogue input (ADC-2) and a second analogue input (ADC-1); wherein the control output is operatively coupled with a control electrode, the control electrode being either of the working electrode or or the counter electrode; wherein the first analogue input (ADC-2) is operatively coupled with a measurement electrode via the current measurement unit, the measurement electrode being either of the working electrode or the counter electrode; wherein the second analogue input (ADC-1) is operatively coupled with the reference electrode; characterized in that the microcontroller is programmed to implement a digital closed loop controller and is configured to control, by providing a control voltage to the control output, a potential difference between the working electrode and the reference electrode to equal a pre-defined polarization voltage. • a sensor for transcutaneous placement in a patient's tissue, the sensor including a working electrode, a counter electrode and a reference electrode; • an pad for placement on the patient's skin, wherein the sensor projects from an adhesive surface of the pad; • an electronics unit, wherein the electronics unit includes a microcontroller and a current measurement unit;
A carpet back lighting system for use as back lighting at a carpet unit back side of a light transmissive carpet unit, comprising a carpet back lighting unit having a lighting unit front face and a lighting unit back face, wherein the lighting unit front face comprises a light source arranged to generate light, and an anti-slip coating, wherein the anti-slip coating is light-transmissive, and wherein the anti-slip coating is applied over the light source.
A power supplying apparatus comprising: a main power input; a plurality of DC/DC converters having an input connected to the main power input and configured to respectively output power; a plurality of low-dropout, LDO, regulators configured to respectively output converted power to power-consuming loads; one or more switching elements that select any one of a plurality of different powers including the output power of the DC/DC converters and input the selected power to the plurality of LDO regulators; and a controller that controls operation of the one or more switching elements based on the converted power and the power-consuming loads; and characterised in that the power supplying apparatus further comprises: a current detector provided at an output end of at least one of the plurality of DC/DC converters; wherein the controller controls the operation of the one or more switching elements so that a current value detected by the current detector does not exceed a predetermined reference current value and power of at least one of the plurality of LDO regulators in selecting as low a voltage as possible that is suitable for the at least one of the plurality of LDO regulators. a main power input; a plurality of DC/DC converters having an input connected to the main power input and configured to respectively output power; a plurality of low-dropout, LDO, regulators configured to respectively output converted power to power-consuming loads; one or more switching elements that select any one of a plurality of different powers including the output power of the DC/DC converters and input the selected power to the plurality of LDO regulators; and a controller that controls operation of the one or more switching elements based on the converted power and the power-consuming loads; and characterised in that the power supplying apparatus further comprises: a current detector provided at an output end of at least one of the plurality of DC/DC converters; wherein the controller controls the operation of the one or more switching elements so that a current value detected by the current detector does not exceed a predetermined reference current value and power of at least one of the plurality of LDO regulators in selecting as low a voltage as possible that is suitable for the at least one of the plurality of LDO regulators. a current detector provided at an output end of at least one of the plurality of DC/DC converters; wherein the controller controls the operation of the one or more switching elements so that a current value detected by the current detector does not exceed a predetermined reference current value and power of at least one of the plurality of LDO regulators in selecting as low a voltage as possible that is suitable for the at least one of the plurality of LDO regulators.
A waste container/separating device for pneumatic pipe transporting systems for material, which device comprises at least one inlet aperture for connecting it to a material conveying pipe, means for connecting a partial-vacuum generator to the container, a container space and means for connecting a press device/compactor device, wherein the container is provided with an operating range for the press device/compactor device, wherein at least one wall that is transverse with respect to the input direction of the material is arranged in the container space of the waste container/separating device, which wall is configured to guide the material into the operating range in the container space of the compression means of the press device/compactor device, characterized in that the wall is arranged to be turnable or bendable at its top part around the transverse axis.
Inclination adjuster for vehicle seats in the form of a wobble mechanism, which adjuster has a first fitting part and a second fitting part which is angularly adjustable with respect to the first fitting part, and also at least one externally toothed wheel (4, 4') and at least one internally toothed fitting plate (5, 5'), wherein the toothings of the toothed wheel (4, 4') and fitting plate (5, 5') which are each in engagement with one another are oriented axially offset relative to one another, characterized in that the wobble mechanism is designed to be substantially symmetrical with respect to a centre plane, and the fitting plates (5, 5') are arranged inwardly offset with respect to the toothed wheels (4, 4') by an offset (v) in such a way that they experience a deformation in the direction of the centre plane in the event of a loading in the region of the toothing.
Gripping device comprising a base part and a contact surface toward which a workpiece can be brought for gripping, and comprising gripping means provided on the contact surface for exerting a holding force on the workpiece, characterized in that the contact surface is designed as a plate-like component made of an electrically conductive material and in that a measuring device is provided which is designed to measure the electrical capacitance of the contact surface with respect to the base part, the contact surface being electrically insulated with respect to the base part.
A power tool comprising: an outer housing including a drive unit support portion and a handle portion, wherein a trigger for operating the power tool is provided on the handle portion; an inner housing positioned at least partially within the handle portion; a drive unit positioned in the drive unit support portion and including an output shaft extending at least partially through the handle portion; a ball screw mechanism including a nut supported at least partially within the inner housing, and a screw coupled to the nut for relative axial displacement therewith in response to relative rotation between the screw and the nut, torque from the output shaft being applied to one of the nut and the screw to thereby cause the relative rotation; and a working assembly coupled to the inner housing for movement in response to contact with a distal end of the screw as the screw is axially displaced, wherein the handle portion exerts a reaction torque on the inner housing in response to the relative rotation between the nut and the screw to prevent the inner housing from rotating relative to the outer housing. an outer housing including a drive unit support portion and a handle portion, wherein a trigger for operating the power tool is provided on the handle portion; an inner housing positioned at least partially within the handle portion; a drive unit positioned in the drive unit support portion and including an output shaft extending at least partially through the handle portion; a ball screw mechanism including a nut supported at least partially within the inner housing, and a screw coupled to the nut for relative axial displacement therewith in response to relative rotation between the screw and the nut, torque from the output shaft being applied to one of the nut and the screw to thereby cause the relative rotation; and a nut supported at least partially within the inner housing, and a screw coupled to the nut for relative axial displacement therewith in response to relative rotation between the screw and the nut, torque from the output shaft being applied to one of the nut and the screw to thereby cause the relative rotation; and a working assembly coupled to the inner housing for movement in response to contact with a distal end of the screw as the screw is axially displaced, wherein the handle portion exerts a reaction torque on the inner housing in response to the relative rotation between the nut and the screw to prevent the inner housing from rotating relative to the outer housing.
A clutch apparatus, comprising a one-way clutch and a mechanical clutch arranged in parallel in an axial direction, wherein the mechanical clutch is movably retained in the axial direction and characterized in that springs are disposed between the one-way clutch and the mechanical clutch, and when the mechanical clutch moves in the axial direction due to a pushing means, the mechanical clutch engages with an end surface of an inner wheel of the one-way clutch; and when the pushing means is relieved of driving, the mechanical clutch disengages from the one-way clutch due to the repulsion force of the springs. characterized in that springs are disposed between the one-way clutch and the mechanical clutch, and when the mechanical clutch moves in the axial direction due to a pushing means, the mechanical clutch engages with an end surface of an inner wheel of the one-way clutch; and when the pushing means is relieved of driving, the mechanical clutch disengages from the one-way clutch due to the repulsion force of the springs.
A system for adapting a drain voltage of a power stage, the system comprising at least two transmission paths T Xn, a transmission path comprising a resistive element (1 n), a phase control module (2 n), and the power stage (3 n) at the output of which at least one radiating element (E n) is arranged, the system comprising at least: - a device (5 n) configured to determine a value of a reflected power P r, a value of an incident power P i in at the power stage, - an analogue device (6 n) configured to generate a voltage that is an image of a ratio of the incident power Pi and the reflected power Pr and to pulse width-modulate said voltage that is an image of said power ratio, thereby providing a low-power PWM signal, - a switching cell (7 n) configured to receive said low-power PWM signal and to generate a power signal PWM a by amplifying the low-power signal, - a low-pass filter (8 1) configured to transform said power signal PWM a into a bias signal for biasing the power stage in accordance with a predefined bias control law. - a device (5 n) configured to determine a value of a reflected power P r, a value of an incident power P i in at the power stage, - an analogue device (6 n) configured to generate a voltage that is an image of a ratio of the incident power Pi and the reflected power Pr and to pulse width-modulate said voltage that is an image of said power ratio, thereby providing a low-power PWM signal, - a switching cell (7 n) configured to receive said low-power PWM signal and to generate a power signal PWM a by amplifying the low-power signal, - a low-pass filter (8 1) configured to transform said power signal PWM a into a bias signal for biasing the power stage in accordance with a predefined bias control law.
A method implemented by a user equipment configured for use in a wireless communication system, the method comprising: generating a random access preamble signal that comprises multiple symbol groups, with each symbol group on a single tone during a different time resource, according to a frequency hopping pattern that hops the random access preamble signal a fixed frequency distance at one or more symbol groups and hops the random access preamble signal a pseudo random frequency distance at one or more other symbol groups, wherein each symbol group comprises one or more symbols; and transmitting the random access preamble signal. generating a random access preamble signal that comprises multiple symbol groups, with each symbol group on a single tone during a different time resource, according to a frequency hopping pattern that hops the random access preamble signal a fixed frequency distance at one or more symbol groups and hops the random access preamble signal a pseudo random frequency distance at one or more other symbol groups, wherein each symbol group comprises one or more symbols; and transmitting the random access preamble signal.
A control system for a movement reconstruction and/or restoration system for a patient, comprising - a movement model generation module to generate movement model data information; - an analysis module receiving and processing data provided at least by the movement model generation module; wherein the control system is configured and arranged to prepare and provide on the basis of data received from the movement model generation module and the analysis module a movement model (m) describing the movement of a patient and providing, on the basis of the movement model (m), stimulation data (d) for movement reconstruction and/or restoration, characterized in that the control system further comprises an input module for receiving sensor input data, the sensor input data describing a phase of a movement. - a movement model generation module to generate movement model data information; - an analysis module receiving and processing data provided at least by the movement model generation module; wherein the control system is configured and arranged to prepare and provide on the basis of data received from the movement model generation module and the analysis module a movement model (m) describing the movement of a patient and providing, on the basis of the movement model (m), stimulation data (d) for movement reconstruction and/or restoration, characterized in that the control system further comprises an input module for receiving sensor input data, the sensor input data describing a phase of a movement.
A medical device system, comprising: a catheter shaft having a proximal end; a removable liner extending through the catheter shaft wherein the catheter shaft includes a first hub and wherein the removable liner includes a second hub designed to engage the first hub; wherein the removable liner is designed to deliver a medical substance to a target region; wherein the removable liner is designed to be removed from the catheter shaft if the removable liner becomes plugged; a replacement liner; wherein the replacement liner is designed to be inserted within the catheter shaft after the removal of the removable liner; and a support member disposed along the replacement liner. a catheter shaft having a proximal end; a removable liner extending through the catheter shaft wherein the catheter shaft includes a first hub and wherein the removable liner includes a second hub designed to engage the first hub; wherein the removable liner is designed to deliver a medical substance to a target region; wherein the removable liner is designed to be removed from the catheter shaft if the removable liner becomes plugged; a replacement liner; wherein the replacement liner is designed to be inserted within the catheter shaft after the removal of the removable liner; and a support member disposed along the replacement liner.
A method for transmitting data, comprising: receiving, by a terminal device, radio resource control RRC signaling transmitted by a network device, wherein the RRC signaling comprises information on at least one uplink bandwidth part BWP and at least one downlink BWP, characterized in that the at least one uplink BWP and the at least one downlink BWP are uplink BWP and downlink BWP that are simultaneously activated, and in that the RRC signaling indicates a correspondence between one uplink BWP and one downlink BWP, wherein when receiving the radio resource control RRC signaling transmitted by the network device, the correspondence indicated by the RRC signaling is simultaneously activating the at least one uplink BWP and the at least one downlink BWP. receiving, by a terminal device, radio resource control RRC signaling transmitted by a network device, wherein the RRC signaling comprises information on at least one uplink bandwidth part BWP and at least one downlink BWP, characterized in that the at least one uplink BWP and the at least one downlink BWP are uplink BWP and downlink BWP that are simultaneously activated, and in that the RRC signaling indicates a correspondence between one uplink BWP and one downlink BWP, wherein when receiving the radio resource control RRC signaling transmitted by the network device, the correspondence indicated by the RRC signaling is simultaneously activating the at least one uplink BWP and the at least one downlink BWP.