mhurhangee/patent-ind-claim-en huggingface dataset:
Tool analysis device (14; 34) for analysing machining of a workpiece (3; 4) using a tool (10; 30), wherein the tool analysis device (14; 34) has a recording unit (141; 341) for recording movements of a user of the tool (10; 30) that are carried out when a machining task for machining a workpiece (3; 4) is performed using the tool (10; 30), a comparison unit (142; 342) for comparing a path property (152; 352), ascertained from the movements of the user that are recorded using the recording unit (13; 33), with a predetermined path property (151; 351; 521; 522), and a rating unit (143; 343) for rating the result of the comparison unit (142; 342) in relation to a lowest possible movement effort for the user, wherein there is additionally provision for a computation unit (144; 344) for calculating a path length (211; 411) from the movement recorded using the recording unit (141; 341) that the user has carried out with the tool (10; 30), and from acceleration values in relation to steps of the user of the tool (10; 30), and for calculating a path profile from the movement recorded using the recording unit (141; 341) that the user has carried out with the tool (10; 30).
A device configured to receive requests (Ri), the device comprising: as many first round-robin arbiters as there are possible priority levels for the requests; characterized by a circuit configured to transmit each received request to a number of first arbiters determined according to the priority level of the request, wherein the number of first arbiters to which the circuit transmits each request (Ri) increases with the priority level of the request. as many first round-robin arbiters as there are possible priority levels for the requests; characterized by a circuit configured to transmit each received request to a number of first arbiters determined according to the priority level of the request, wherein the number of first arbiters to which the circuit transmits each request (Ri) increases with the priority level of the request.
A sealable bag comprising at least one flexible panel having inner and outer layers, the at least one flexible panel comprising: - at least one permeable inner layer and an impermeable outer layer affixed together so as to provide a plurality of cavities for receiving sorbent material, the cavities being arranged in a pattern across the flexible panel; and - an impermeable inner layer affixed to the impermeable outer layer and disposed on the opposite side of the at least one permeable inner layer from the impermeable outer layer , wherein said impermeable inner layer is configurable in use to separate the cavities from contents of the sealable bag and is manually rupturable in use to expose the cavities to the contents of the sealable bag. - at least one permeable inner layer and an impermeable outer layer affixed together so as to provide a plurality of cavities for receiving sorbent material, the cavities being arranged in a pattern across the flexible panel; and - an impermeable inner layer affixed to the impermeable outer layer and disposed on the opposite side of the at least one permeable inner layer from the impermeable outer layer ,
An ultrasonic instrument comprising: a body ; a shaft assembly , wherein the shaft assembly extends distally from the body, wherein the shaft assembly comprises an acoustic waveguide , wherein the waveguide is configured to acoustically couple with an ultrasonic transducer (26; 112); and an end effector (50; 140), wherein the end effector comprises: an ultrasonic blade (79; 160) in acoustic communication with the waveguide, a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , wherein the elongated distal portion of the clamp arm further comprises an elongated flattened surface , and an elongated protrusion extending along the elongated flattened surface; and a clamp pad , the clamp pad comprising a sleeve configured to receive the elongated flattened surface and the elongated protrusion, wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly. a body ; a shaft assembly , wherein the shaft assembly extends distally from the body, wherein the shaft assembly comprises an acoustic waveguide , wherein the waveguide is configured to acoustically couple with an ultrasonic transducer (26; 112); and an end effector (50; 140), wherein the end effector comprises: an ultrasonic blade (79; 160) in acoustic communication with the waveguide, a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , wherein the elongated distal portion of the clamp arm further comprises an elongated flattened surface , and an elongated protrusion extending along the elongated flattened surface; and a clamp pad , the clamp pad comprising a sleeve configured to receive the elongated flattened surface and the elongated protrusion, wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly. an ultrasonic blade (79; 160) in acoustic communication with the waveguide, a clamp arm pivotally coupled with the shaft assembly, wherein the clamp arm further comprises a proximal portion and an elongated distal portion , wherein the elongated distal portion of the clamp arm further comprises an elongated flattened surface , and an elongated protrusion extending along the elongated flattened surface; and a clamp pad , the clamp pad comprising a sleeve configured to receive the elongated flattened surface and the elongated protrusion, wherein the clamp pad is configured to removably couple with the clamp arm while the clamp arm is pivotally coupled to the shaft assembly.
A method of carrying out transmission Raman spectroscopy on a sample comprising: moving a light profile on a sample ; collecting Raman scattered light transmitted through the sample that has been generated by interaction of the light profile with the sample at different locations on the sample and directing the Raman light onto at least one photodetector element of a photodetector such that the photodetector element receives the Raman scattered light and accumulates data representative of a summation of the Raman scattered light for a volume of the sample that is greater than the static acquisition collection volume moving a light profile on a sample ; collecting Raman scattered light transmitted through the sample that has been generated by interaction of the light profile with the sample at different locations on the sample and directing the Raman light onto at least one photodetector element of a photodetector such that the photodetector element receives the Raman scattered light and accumulates data representative of a summation of the Raman scattered light for a volume of the sample that is greater than the static acquisition collection volume
Refrigerant separating device , in particular an air refrigerant separating device for a heat pump system, comprising a separating container , wherein the separating container is configured to separate a refrigerant, having at least one fluid inlet and at least one fluid outlet as well as a deflecting device , which is arranged and configured in such a way that a direct path for a fluid flowing in the separating container during operation is blocked at least partially, in particular completely, wherein the deflecting device is rotationally symmetrical, wherein a diameter of the deflecting device is larger than a diameter of the fluid outlet , wherein an axis of rotational symmetry of the deflecting device is aligned with an axis of rotational symmetry of the fluid outlet , wherein a distance between the fluid outlet and the deflecting device is at least 2 mm and at most 50 mm, wherein the distance between the fluid outlet and the deflecting device is at least 1% and at most 30%, preferably at most 12%, of a height of the separating container , wherein the fluid inlet is arranged laterally on a cylinder-jacket-shaped side wall and in the upper third of the separating container , wherein the fluid outlet is arranged on a lower side of the separating container , wherein a vent , in particular an automatic vent, is provided on the separating container , in particular on an upper side.
Use of a composition containing guanidino acetic acid and glycine for reducing the moisture in poultry faeces and/or for reducing the nitrogen content in poultry faeces, in each case during rearing, husbandry or fattening of the poultry.
Method for determining a reference head posture of a subject, said method being characterised by comprising the steps of: a) obtaining a movement or a position of at least one eyelid of the subject while he/she moves his/her head up and down starting from an initial head posture wherein he/she directs his/her gaze towards a predetermined direction, the subject keeping his/her gaze directed towards said predetermined direction during the motion of his/her head; and b) determining said reference head posture as a function of the movement or the position of said at least one eyelid of the subject during the motion of his/her head at step a). a) obtaining a movement or a position of at least one eyelid of the subject while he/she moves his/her head up and down starting from an initial head posture wherein he/she directs his/her gaze towards a predetermined direction, the subject keeping his/her gaze directed towards said predetermined direction during the motion of his/her head; and b) determining said reference head posture as a function of the movement or the position of said at least one eyelid of the subject during the motion of his/her head at step a).
A bi-directional depth stop for use with biopsy instrument, the depth stop comprising: (a) a body defining a channel sized to receive a cannula associated with the biopsy instrument, wherein the channel includes a first pair of opposing concave surfaces and a second pair of opposing concave surfaces, wherein the first pair and second pair of opposing concave surfaces together form a superimposed bi-oval-shaped cross-section; and (b) a pair of blades with each blade projecting inwardly into a concave surface of the first pair of opposing concave surfaces such the pair of blades are disposed on an opposing side of the body wherein the body is configured to be rotatable relative to the cannula such that the body is operable to transition from an unlocked state with the pair of blades disengaged from the cannula to a locked state with the pair of blades engaging the cannula when rotated characterized in that the body is configured to be selectively rotatable in a clockwise direction or counterclockwise direction relative to the cannula such that the body is operable to transition from the unlocked state to the locked state when rotated in either direction. (a) a body defining a channel sized to receive a cannula associated with the biopsy instrument, wherein the channel includes a first pair of opposing concave surfaces and a second pair of opposing concave surfaces, wherein the first pair and second pair of opposing concave surfaces together form a superimposed bi-oval-shaped cross-section; and (b) a pair of blades with each blade projecting inwardly into a concave surface of the first pair of opposing concave surfaces such the pair of blades are disposed on an opposing side of the body
An antisense oligonucleotide which targets a pancreatic developmental gene natural antisense transcript for use as a therapeutic compound, wherein the antisense oligonucleotide increases the expression of the pancreatic developmental gene, wherein the pancreatic developmental gene is selected from the group consisting of Hepatocyte nuclear factor 4 alpha (HNF4A), Neurogenic differentiation factor 1 (NEUROD1), v-maf musculoaponeurotic fibrosarcoma oncogene homolog A (MAFA), pancreatic and duodenal homeobox 1 (PDX1) and NK6 homeobox 1 (NKX6-1), wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 7 to 9, 6, 10, 11 or 12, and wherein the oligonucleotide comprises at least one of SEQ ID NOs: 14, 18, 20, 22, 23, 25 to 31, 34, 40, 41, 43 or 44, wherein optionally the oligonucleotide is between 10 to 30 nucleotides in length.
A medical imaging device that includes a first capturing state for capturing a lesion in a regular capturing state and a second capturing state for capturing a lesion in a capturing state that is different from the regular capturing state and captures an image for assisting in diagnosis of the lesion, the medical imaging device comprising: a camera body , a first light source , a second light source , an imaging element , a lens unit that is situated on the optical axis (OA) that connects the imaging element and an object, and a cover , wherein the cover comprises a cover member at its leading edge, said cover member covering the second light source and configured to contact the object, at least the first light source is used as a light source that emits light to the object in the first capturing state, and at least the second light source is used as a light source that emits light to the object in the second capturing state, an emission direction (L1) of the first light source is set to a direction that is parallel to or recedes from an optical axis (OA), an emission direction (L2) of the second light source is set to a direction of approaching the optical axis (OA), and an illuminated region at which the object contacting the cover member is illuminated with light from the second light source passing through the cover member in the second capturing state is made smaller than an illuminated region at which the object is illuminated with light from the first light source not passing through the cover member in the first capturing state in accordance with setting of the emission direction (L1) of the first light source and the emission direction (L2) of the second light source . a camera body , a first light source , a second light source , an imaging element , a lens unit that is situated on the optical axis (OA) that connects the imaging element and an object, and a cover , wherein the cover comprises a cover member at its leading edge, said cover member covering the second light source and configured to contact the object, at least the first light source is used as a light source that emits light to the object in the first capturing state, and at least the second light source is used as a light source that emits light to the object in the second capturing state, an emission direction (L1) of the first light source is set to a direction that is parallel to or recedes from an optical axis (OA), an emission direction (L2) of the second light source is set to a direction of approaching the optical axis (OA), and an illuminated region at which the object contacting the cover member is illuminated with light from the second light source passing through the cover member in the second capturing state is made smaller than an illuminated region at which the object is illuminated with light from the first light source not passing through the cover member in the first capturing state in accordance with setting of the emission direction (L1) of the first light source and the emission direction (L2) of the second light source .
A method for operating a hearing system comprising a hearing device being worn by a hearing device user , at least one communication device being used by a person or by a group of individuals , and a network , the method comprising the steps of: - establishing a connection between the hearing device and the at least one communication device via the network , characterized by - identifying the person or the group of individuals using the at least one communication device , wherein the person or the group of individuals using the communication device is identified by an identification number of the communication device ; and - adjusting settings in the hearing device for adapting its acoustical behavior taking into account acoustic properties of at least one of the person , the group of individuals and the communication device . - establishing a connection between the hearing device and the at least one communication device via the network , characterized by - identifying the person or the group of individuals using the at least one communication device , wherein the person or the group of individuals using the communication device is identified by an identification number of the communication device ; and - adjusting settings in the hearing device for adapting its acoustical behavior taking into account acoustic properties of at least one of the person , the group of individuals and the communication device .
Connecting device for connecting two components , wherein the connecting device comprises a main body , which comprises a receiving channel extending through the main body for accommodating a fixing element , wherein the fixing element is insertible into the main body through an insertion opening of the main body , wherein the receiving channel is accessible at an end by way of a fixing opening of the main body , wherein the main body comprises a base section and an anchoring section projecting away from the base section for anchoring the main body in one of the components , wherein the anchoring section is configured as a cylindrical thickening of an end of the main body remote from the fixing opening , wherein the anchoring section projects away from the base section in one or more directions running perpendicularly to a connecting direction .
A method for the resumption of the spinning process on an air-jet spinning machine, in which after an interruption of spinning has occurred, the yarn is guided back to its working path behind a spinning nozzle , or the yarn is stopped in a controlled manner in the working path with the end of yarn situated behind the spinning nozzle, the end of yarn being introduced into an outlet opening of the spinning nozzle , whereupon the yarn is transported by a reverse motion with the aid of the spinning nozzle and a feeding device of sliver as far as to a guide channel before the spinning nozzle , where a spinning-in end of yarn is formed on the yarn in the guide channel and the formation of a yarn reserve is started in an underpressure yarn storage device before a winding device of yarn, wherein before or simultaneously with or after the formation of the spinning-in end of yarn the winding of the yarn onto a bobbin is started, whereupon before the yarn reserve from the underpressure storage device is used up, the withdrawal of the yarn by a drawing-off device is started, whereby following the start of the yarn withdrawal, the yarn is clamped by a rotating feeding device of sliver and the feeding of new fibers through a drafting device to the feeding device of sliver is started, characterized in that when the drawing-off mechanism is started, it accelerates to reach a first speed (r 1 ), whereby the spinning-in end of yarn arrives at the feeding device of sliver and at the spinning nozzle at or after reaching the first speed (r 1 ) of the yarn withdrawal and the feed of new fibers through the drafting device to the feeding device of sliver and to the spinning nozzle is started after reaching the first speed (r 1 ) of the yarn withdrawal, whereby after the formation of a piecer at the first speed (r 1 ), the drawing-off mechanism accelerates up to production speed, or in that when the drawing-off mechanism is started, it accelerates to reach the production speed, whereby the spinning-in end of yarn arrives at the feeding device of sliver and at the spinning nozzle at or after reaching the production speed of the yarn withdrawal and the feed of new fibres through the drafting device to the feeding device of sliver and to the spinning nozzle is started after reaching the production speed of the yarn withdrawal.
An antenna (300; 400) for a wireless communication system, comprising: - a reflector (310; 410) having a front side for transmitting a signal and a back side opposite to the front side; - an antenna oscillator (320; 420) disposed on the front side of the reflector (310; 410); - a phase shifter network disposed on the back side of the reflector (310; 410); and - an antenna oscillator fixing apparatus (330; 430) disposed on the front side of the reflector (310; 410) and configured to fix the antenna oscillator (320; 420) to the front side of the reflector (310; 410), wherein the antenna oscillator (320; 420) comprises a coaxial cable soldering end disposed on the front side of the reflector (310; 410) and configured to connect with a coaxial cable (341; 441) for transferring signals to be transmitted and received by the antenna (300; 400) and required power, the antenna (300; 400) being characterized in that it further comprises a soldering apparatus disposed at a connection point on the reflector between the coaxial cable soldering end and the coaxial cable and configured to solder the coaxial cable soldering end to the coaxial cable .
A locating device for locating transmitters (5 to 8, 10 to 13, 15 to 18) or objects connected to transmitters (5 to 8, 10 to 13, 15 to 18) by determining the distance between the transmitters (5 to 8, 10 to 13, 15 to 18) of at least one receiver (1 to 3) by means of travel time measurement of a measurement signal, characterised in that a control unit is present, by means of which a synchronous travel time measurement of measurement signals of at least two synchronously started transmitters (5 to 8, 10 to 13, 15 to 18) is provided, wherein, to determine the distance of a transmitter (5 to 8, 10 to 13, 15 to 18) from a receiver (1 to 3), at least two travel time measurements of measurement signals from this transmitter (5 to 8, 10 to 13, 15 to 18) are provided in order to identify this transmitter (5 to 8, 10 to 13, 15 to 18) as the origin transmitter (5 to 8, 10 to 13, 15 to 18) of its measurement signals recorded in the receiver (1 to 3), and that an evaluation unit for assigning at least two measurement signals to a common source transmitter (5 to 8, 10 to 13, 15 to 18) is provided due to the same travel times in at least two travel time measurements, wherein the evaluation unit identifies the origin transmitter (5 to 8, 10 to 13, 15 to 18) from the predetermined combination of the synchronously started transmitters (5 to 8, 10 to 13, 15 to 18) in at least two travel time measurements and assigns at least two measurement signals to a common origin transmitter (5 to 8, 10 to 13, 15 to 18).
An electrode array for peripheral nerve stimulation, in particular for auricular punctual stimulation, e.g. of the vagus nerve, comprising a planar carrier and a plurality of needle-shaped electrodes protruding from the carrier and at least one electrical terminal, which is electrically conductively connected to the electrodes or to a subgroup of electrodes , for electrical connection to a stimulation device, the electrodes having a maximum length of 0.6 mm, preferably 0.4-0.6 mm, wherein the electrodes comprise in a central region an in particular cylindrical thicker section , which is adjoined by a conical tip , characterized in that the thicker section merges continuously in the direction of the carrier into an in particular cylindrical base section , the diameter of which is smaller than the diameter of the thicker section .