mhurhangee/ep-ind-claims huggingface dataset:
A device for determining sweat parameters of a user, the device comprising: a microfluidic structure comprising a collection chamber configured to collect sweat from a first skin area (i), and a sensor configured to determine a sweat parameter from sweat from the first skin area (i), wherein the microfluidic structure comprises a first absorber, connected via a microfluidic channel with the collection chamber and the sensor, wherein the first absorber is configured to receive sweat from the first skin area (i), having passed the sensor, and an evaporation control chamber, in fluidic connection with the microfluidic structure, configured to utilize fluid collected at a second area (ii) to moisten the microfluidic structure, wherein the second area (ii) is a second skin area, and/or a surface of a condensation element configured to condensate vapors released by the device through a vent connected to the microfluidic structure via the condensation element, and the sensor comprising an exhaust configured to vent sweat out of the sensor and into the microfluidic structure, and wherein the evaporation control chamber is in direct connection with the first absorber and is configured to moisten the first absorber. a microfluidic structure comprising a collection chamber configured to collect sweat from a first skin area (i), and a sensor configured to determine a sweat parameter from sweat from the first skin area (i), wherein the microfluidic structure comprises a first absorber, connected via a microfluidic channel with the collection chamber and the sensor, wherein the first absorber is configured to receive sweat from the first skin area (i), having passed the sensor, and an evaporation control chamber, in fluidic connection with the microfluidic structure, configured to utilize fluid collected at a second area (ii) to moisten the microfluidic structure, wherein the second area (ii) is a second skin area, and/or a surface of a condensation element configured to condensate vapors released by the device through a vent connected to the microfluidic structure via the condensation element, and the sensor comprising an exhaust configured to vent sweat out of the sensor and into the microfluidic structure, and wherein the evaporation control chamber is in direct connection with the first absorber and is configured to moisten the first absorber. a second skin area, and/or a surface of a condensation element configured to condensate vapors released by the device through a vent connected to the microfluidic structure via the condensation element, and the sensor comprising an exhaust configured to vent sweat out of the sensor and into the microfluidic structure, and wherein the evaporation control chamber is in direct connection with the first absorber and is configured to moisten the first absorber.
An electric machine assembly, wherein the electric machine assembly comprises: an electric machine housing, an encoder and an electronic sealing label device, the encoder being arranged in the electric machine housing, and the electronic sealing label device comprising: a magnet, arranged on the electric machine housing; and a sensing element, the sensing element being arranged on the encoder and fixed in a position opposite the magnet, wherein the sensing element exploits the Wiegand effect to generate a signal when relative movement occurs between the electric machine housing and the encoder. a magnet, arranged on the electric machine housing; and a sensing element, the sensing element being arranged on the encoder and fixed in a position opposite the magnet, wherein the sensing element exploits the Wiegand effect to generate a signal when relative movement occurs between the electric machine housing and the encoder.
Pultrusion process for the impregnation of continuous-filament fibers, of continuous-filament-fiber bundles, rovings, or of semifinished textile products by means of molten thermoplastic or by means of liquid reactive resin, for the production of fiber-reinforced profiles, where i) the continuous-filament fibers, the continuous-filament-fiber bundles, or the semifinished textile products are drawn into and through an enclosed channel of an injection box, ii) in order to saturate the continuous-filament fibers, the continuous-filament-fiber bundles, or the semifinished textile products, the molten thermoplastic or the liquid reactive resin is charged into the channel of the injection box, iii) in order to cool the molten thermoplastic, or in order to harden the reactive resin, with formation of the fiber-reinforced profile, the saturated continuous-filament fibers, continuous-filament-fiber bundles, or semifinished textile products are drawn out from the enclosed channel of the injection box into a chamber of a temperature-controllable die, iv) the fiber-reinforced profile is drawn out from the chamber, characterized in that the internal pressure (p) in the region of the discharge aperture of the channel is adjusted by altering the cross section of the entry aperture of the channel, by varying the set angle (α, α') of at least one of the walls of the channel in relation to the vertical plane of the discharge aperture. i) the continuous-filament fibers, the continuous-filament-fiber bundles, or the semifinished textile products are drawn into and through an enclosed channel of an injection box, ii) in order to saturate the continuous-filament fibers, the continuous-filament-fiber bundles, or the semifinished textile products, the molten thermoplastic or the liquid reactive resin is charged into the channel of the injection box, iii) in order to cool the molten thermoplastic, or in order to harden the reactive resin, with formation of the fiber-reinforced profile, the saturated continuous-filament fibers, continuous-filament-fiber bundles, or semifinished textile products are drawn out from the enclosed channel of the injection box into a chamber of a temperature-controllable die, iv) the fiber-reinforced profile is drawn out from the chamber, characterized in that
Rotor of a rotary dynamo-electric machine, which, at least on a front face, has at least one groove which tapers peripherally outward in its cross-section, into which one or more groove inserts can be inserted and positioned by way of a groove window, wherein the groove inserts are embodied as transverse threaded bolts, wherein at least two peripheral grooves are provided on at least one front face of the rotor, characterised in that the groove windows are placed at different positions.
An operation input apparatus comprising: a posture acquisition unit adapted to acquire information on a posture of a user wearing a wearable display apparatus; an operation input unit adapted to accept an operation input through a gesture by the user; and an indicator display unit adapted to cause the wearable display apparatus to display an indicator (520, 530, 540, 550) indicating an amount of change in the posture of the user at the time the gesture is made, wherein the operation input unit is further adapted to accept the operation input through the gesture when the amount of change in the posture exceeds an operation threshold value, wherein the indicator display unit is further adapted to display the operation threshold value in the indicator (520, 530, 540, 550), characterised in that the operation input unit is further adapted to adjust the operation threshold value according to the initial position of the posture at the time the user gesture is made and the indicator display unit is further adapted to adjust the sensitivity for displaying in the indicator (520, 530, 540, 550) the amount of change in the posture according to the initial position of the posture at the time the user gesture is made. a posture acquisition unit adapted to acquire information on a posture of a user wearing a wearable display apparatus; an operation input unit adapted to accept an operation input through a gesture by the user; and an indicator display unit adapted to cause the wearable display apparatus to display an indicator (520, 530, 540, 550) indicating an amount of change in the posture of the user at the time the gesture is made, wherein the operation input unit is further adapted to accept the operation input through the gesture when the amount of change in the posture exceeds an operation threshold value, wherein the indicator display unit is further adapted to display the operation threshold value in the indicator (520, 530, 540, 550), characterised in that the operation input unit is further adapted to adjust the operation threshold value according to the initial position of the posture at the time the user gesture is made and the indicator display unit is further adapted to adjust the sensitivity for displaying in the indicator (520, 530, 540, 550) the amount of change in the posture according to the initial position of the posture at the time the user gesture is made.
Holding device for a headrest, comprising a clamping sleeve, into which a rod of a headrest can be inserted, wherein at least one movable clamping jaw for clamping the rod is formed on the clamping sleeve, wherein the at least one clamping jaw can be moved in a radial direction relative to the clamping sleeve via a rotatable clamping ring, and a fixing of the rod to the clamping sleeve takes place by a rotational movement of the clamping ring such that the rod is continuously adjustable along the clamping sleeve, and the clamping ring is inserted into a groove-shaped recess between the at least one clamping jaw and a support of the clamping sleeve, wherein the clamping ring has portions (24', 24") of different thickness and the at least one clamping jaw can be moved radially by rotating the clamping ring, and a plurality of clamping jaws are provided which can be moved jointly via the clamping ring.
A hydraulic system comprising, an actuator having a first fluid chamber and a second fluid chamber; a poppet valve having an open position and a closed position, the poppet valve including a pressure chamber defined in part by a first working surface biasing the poppet valve toward the closed position; a shuttle valve in fluid communication with the first and second fluid chambers (34, 36), the shuttle valve being configured to selectively pass fluid from the fluid chamber (34, 36) having a higher pressure; and a control valve movable between a first position facilitating fluid communication between the pressure chamber and the fluid selectively passed by the shuttle valve, and a second position facilitating fluid communication between the pressure chamber and the first fluid chamber.
An ultrasonically actuated medical implement, comprising: a first mass assembly and a second mass assembly; a channel configured to extend along a principal axis and defined at least in part by the mass assemblies; a probe member configured to be received in the channel and fixedly coupled to the first mass assembly; and a piezoelectric element (606a, 606b) configured to be operable to cause reciprocation of the first mass assembly and the probe member in relation to the second mass assembly along the principal axis; and wherein the first mass assembly and the second mass assembly are separate components; and wherein the first mass assembly is smaller than the second mass assembly and a mass ratio between the first mass assembly and the second mass assembly is in a range of 1:5-20. a first mass assembly and a second mass assembly; a channel configured to extend along a principal axis and defined at least in part by the mass assemblies; a probe member configured to be received in the channel and fixedly coupled to the first mass assembly; and a piezoelectric element (606a, 606b) configured to be operable to cause reciprocation of the first mass assembly and the probe member in relation to the second mass assembly along the principal axis; and wherein the first mass assembly and the second mass assembly are separate components; and wherein the first mass assembly is smaller than the second mass assembly and a mass ratio between the first mass assembly and the second mass assembly is in a range of 1:5-20.
An aluminum-free borosilicate glass, comprising or consisting of the following glass composition (in wt.% on oxide basis): SiO 2 70-80 B 2 O 3 8-14 Al 2 O 3 0 Na 2 O 0-4 K 2 O 3-10 Li 2 O 0 total Na 2 O + K 2 O 3-14 CaO 0-1 MgO 0-1 BaO 0-1 SrO 0-1 total CaO + MgO + BaO + SrO 0-2 ZnO 0-1 ZrO 2 3.6-14 TiO 2 0-10 and one or more refining agents 0.1-2.0, wherein the weight ratio of ZrO 2:K 2 O is in the range of 1.2:1 to 1.4:1.
A communication system comprising: a packet switched network comprising an accounting server, and a deep packet inspection, DPI, platform, the packet switched network being configured to provide an accounting interface between the accounting server and the DPI platform; and a radio access network coupled to the packet switched network by a gateway node, the radio access network being configured to provide wireless access to the packet switched network to a plurality of mobile stations, the packet switched network comprising a first data interface between the gateway node and the DPI platform, the DPI platform comprising a DPI function configured to examine data packets received from the gateway node over the first data interface and to detect accounting triggers in the data packets examined, the DPI platform further comprising an accounting client function configured to transmit accounting messages based on the accounting triggers detected to the accounting server over the accounting interface, the accounting server being configured to receive the accounting messages transmitted over the accounting interface and generate billing information based on the accounting messages received. a packet switched network comprising an accounting server, and a deep packet inspection, DPI, platform, the packet switched network being configured to provide an accounting interface between the accounting server and the DPI platform; and a radio access network coupled to the packet switched network by a gateway node, the radio access network being configured to provide wireless access to the packet switched network to a plurality of mobile stations, the packet switched network comprising a first data interface between the gateway node and the DPI platform, the DPI platform comprising a DPI function configured to examine data packets received from the gateway node over the first data interface and to detect accounting triggers in the data packets examined, the DPI platform further comprising an accounting client function configured to transmit accounting messages based on the accounting triggers detected to the accounting server over the accounting interface, the accounting server being configured to receive the accounting messages transmitted over the accounting interface and generate billing information based on the accounting messages received.
A timing controller (102, 302) for synchronizing switching times of relays to a zero-crossing, comprising: a memory; the timing controller (102, 302) characterised in that it further comprises: a processor configured to execute executable instructions stored in the memory to: receive phase information of an alternating-current electric mains; determine, from the phase information, a zero-crossing of the phase of the AC electric mains; determine a reference time based on the zero-crossing; and transmit the reference time to each of two or more relay controllers (106-1, 106-2, 106-N, 306). receive phase information of an alternating-current electric mains; determine, from the phase information, a zero-crossing of the phase of the AC electric mains; determine a reference time based on the zero-crossing; and transmit the reference time to each of two or more relay controllers (106-1, 106-2, 106-N, 306).
A biaxially stretched polyamide resin film which is a biaxially stretched film having a polyamide resin layer, wherein the polyamide resin contains caproamide units, and wherein an amount of a caprolactam monomer extracted from the film is 0.1% by mass or less.
Shell comprising a shell casing, a detonator, a payload, a shell base and a parting charge intended for ejection of the payload and the shell base from the shell, and the shell base, following separation from the shell, can be divided into smaller parts, wherein the shell base comprises a cylindrical container comprising an upper, open end face part and a lower, closed end face part, characterized in that a disc-shaped cap is detachably mounted on the upper, open end face part, and in that the cylindrical container comprises at least two closely packed discs.
A method for a transmission point, TP, for random access link adaptation in a wireless network, the method comprising: receiving from a user equipment, UE, a first packet using a first modulation and coding scheme, MCS, and transmitted over a grant-free random access channel; selecting a second MCS different from the first MCS; transmitting, to the UE, using TP signaling, an instruction to use the selected second MCS; and receiving, from the UE, over a grant-free random access channel a second packet using the second MCS. receiving from a user equipment, UE, a first packet using a first modulation and coding scheme, MCS, and transmitted over a grant-free random access channel; selecting a second MCS different from the first MCS; transmitting, to the UE, using TP signaling, an instruction to use the selected second MCS; and receiving, from the UE, over a grant-free random access channel a second packet using the second MCS.
Control system for testing at least one component of an optical element, the system comprising at least: - a support device for at least one optical element that is to be tested, - a projection device, such as a screen or a display, for projecting at least one luminous image onto an optical element that is to be tested, the luminous image comprising a defined pattern, - an acquisition device for acquiring at least part of the luminous image that has passed through the optical element that is to be tested and is derived from the projected luminous image, the solid-angle field-of-view of the acquisition device comprising the support device associated with the optical element that is to be tested, characterized in that the system also comprises: - a calculation unit configured to determine the optical power of the element being tested from, on the one hand, at least two points on at least one projected luminous image acquired by the acquisition device without passing through the optical element, and, on the other hand, at least two points on the acquired luminous image derived from the projected luminous image and having passed through the optical element, the projection device being configured to successively project at least two images, each image corresponding to a periodic variation in luminous intensity arranged according to parallel fringes oriented along an identical axis, the variation in luminous intensity of the second projected image having a wavelength different from that of the first previously projected image. - a support device for at least one optical element that is to be tested, - a projection device, such as a screen or a display, for projecting at least one luminous image onto an optical element that is to be tested, the luminous image comprising a defined pattern, - an acquisition device for acquiring at least part of the luminous image that has passed through the optical element that is to be tested and is derived from the projected luminous image, the solid-angle field-of-view of the acquisition device comprising the support device associated with the optical element that is to be tested, - a calculation unit configured to determine the optical power of the element being tested from, on the one hand, at least two points on at least one projected luminous image acquired by the acquisition device without passing through the optical element, and, on the other hand, at least two points on the acquired luminous image derived from the projected luminous image and having passed through the optical element,
A cold-formed plunger blank for use in a hydraulic lash adjuster comprising: a unitary cold-formed plunger body that extends from a first end to a second end along a longitudinal axis, the cold-formed plunger body including: an end wall having a flat top surface and extending transversely to the longitudinal axis at the first end of the plunger body, wherein the flat top surface is formed by coining to final dimensions of a finished flat-top plunger blank; a side wall extending along the longitudinal axis between the first end and the second end and defining a generally cylindrical outer surface (150, 508) and a first generally cylindrical interior surface, the generally cylindrical outer surface (150, 508) having a common outer diameter from the first end to the second end, the first generally cylindrical interior surface defining a first inner diameter; a shoulder extending from the first generally cylindrical interior surface and defining a retainer receiving surface, a ball seat surface, and a first transition surface joining the ball seat surface with the first generally cylindrical interior surface; a cavity (510, 642) defined by the end wall, the side wall, and at least a portion of the shoulder; and, a counterbore extending from the second end toward the first end, the counterbore defined at least in part by a second generally cylindrical interior surface formed in the side wall and the retainer receiving surface of the shoulder, the second generally cylindrical interior surface defining a second inner diameter, wherein the second inner diameter is greater than the first inner diameter. an end wall having a flat top surface and extending transversely to the longitudinal axis at the first end of the plunger body, wherein the flat top surface is formed by coining to final dimensions of a finished flat-top plunger blank; a side wall extending along the longitudinal axis between the first end and the second end and defining a generally cylindrical outer surface (150, 508) and a first generally cylindrical interior surface, the generally cylindrical outer surface (150, 508) having a common outer diameter from the first end to the second end, the first generally cylindrical interior surface defining a first inner diameter; a shoulder extending from the first generally cylindrical interior surface and defining a retainer receiving surface, a ball seat surface, and a first transition surface joining the ball seat surface with the first generally cylindrical interior surface; a cavity (510, 642) defined by the end wall, the side wall, and at least a portion of the shoulder; and, a counterbore extending from the second end toward the first end, the counterbore defined at least in part by a second generally cylindrical interior surface formed in the side wall and the retainer receiving surface of the shoulder, the second generally cylindrical interior surface defining a second inner diameter, wherein the second inner diameter is greater than the first inner diameter.
A livestock brush holder with a livestock brush for the self- and dry cleaning of the neck and/or stomach of livestock such as cattle, cows, calves, goats and sheep, wherein the livestock brush comprises at least one brush with a base body and bristles, and is secured to a holder, wherein the holder is connected with a lateral fixation, and the brush is fastened to the holder horizontally or at an angle inclined relative to the horizontal by up to 45°, in particular up to 30°, if the latter is aligned along the vertical, wherein the holder is fastened to a carrier on the lateral fixation, wherein the holder and/or the lateral fixation is connected with the carrier via a joint, characterized in that a pressure spring, plate spring, evolute spring or a motor vehicle tire is secured to the carrier, and arranged between the holder and the lateral fixation, or that a spring is arranged in or on the joint.