mhurhangee/ep-ind-claims huggingface dataset:
A photovoltaic cell assembly comprising: a plurality of photovoltaic cells comprising: a photoactive portion with a top surface; a top collection structure on the top surface, and an opposing conductive substrate layer on a side of the photoactive portion opposite the top surface; a first conductive foil with a first surface, wherein the first conductive foil is folded at least once along its longest dimension, and wherein the at least one fold forms an angle α of between 0° and 45°; wherein the first surface is in contact with the top collection structure and/or the top surface of a first photovoltaic cell and the opposing conductive substrate layer of an adjacent second photovoltaic cell; further wherein at least a portion of the first surface is held in contact to the cells by an adhesive, and wherein the plurality of photovoltaic cells each further include a leading edge and a trailing edge, wherein the conductive foil contacts the first photovoltaic cell at the trailing edge and the conductive foil contacts the opposing conductive substrate layer of the adjacent second photovoltaic cell at the leading edge, further wherein the leading edge of the adjacent second photovoltaic cell overlaps the trailing edge of the first photovoltaic cell and the length of the conductive foil in contact with the trailing edge is from 50 to 100 percent of the length of the trailing edge. a plurality of photovoltaic cells comprising: a photoactive portion with a top surface; a top collection structure on the top surface, and an opposing conductive substrate layer on a side of the photoactive portion opposite the top surface; a first conductive foil with a first surface, wherein the first conductive foil is folded at least once along its longest dimension, and wherein the at least one fold forms an angle α of between 0° and 45°; a photoactive portion with a top surface; a top collection structure on the top surface, and an opposing conductive substrate layer on a side of the photoactive portion opposite the top surface; a first conductive foil with a first surface, wherein the first conductive foil is folded at least once along its longest dimension, and wherein the at least one fold forms an angle α of between 0° and 45°; wherein the first surface is in contact with the top collection structure and/or the top surface of a first photovoltaic cell and the opposing conductive substrate layer of an adjacent second photovoltaic cell; further wherein at least a portion of the first surface is held in contact to the cells by an adhesive, and wherein the plurality of photovoltaic cells each further include a leading edge and a trailing edge, wherein the conductive foil contacts the first photovoltaic cell at the trailing edge and the conductive foil contacts the opposing conductive substrate layer of the adjacent second photovoltaic cell at the leading edge, further wherein the leading edge of the adjacent second photovoltaic cell overlaps the trailing edge of the first photovoltaic cell and the length of the conductive foil in contact with the trailing edge is from 50 to 100 percent of the length of the trailing edge.
Organopolysiloxane containing at least one structural unit (i) and/or (vi): wherein R 6 independently of one another contains at least one C 8-28 -alkyl group, preferably C 14-20 -alkyl group, more preferably C 16-18 -alkyl group, and at least one urea group, and R 7 is selected independently of one another from -CH 3, -OH and a -C 1-5 -alkoxy group. R 6 independently of one another contains at least one C 8-28 -alkyl group, preferably C 14-20 -alkyl group, more preferably C 16-18 -alkyl group, and at least one urea group, and R 7 is selected independently of one another from -CH 3, -OH and a -C 1-5 -alkoxy group.
An electrochemical sensor, comprising: a substrate having a narrow distal region and a wider proximal region, the substrate including a first surface and a second surface; a working electrode disposed on the distal region of the substrate, the working electrode formed on the first surface of the substrate; a reference electrode disposed on the distal region of the substrate, the reference electrode formed on the first surface of the substrate; a counter electrode disposed on the distal region of the substrate, the counter electrode formed on the second surface of the substrate; a plurality of electrical contact pads disposed on the proximal region of the substrate and on the first surface of the substrate, wherein a first one of the plurality of electrical contact pads is in electrical communication with the working electrode, a second one of the plurality of electrical contact pads is in electrical communication with the reference electrode, and a third one of the electrical contact pads is in electrical communication with the counter electrode, wherein a via is formed through the substrate that electrically connects the counter electrode to the third one of the plurality of electrical contact pads; a sensing layer including an analyte-responsive enzyme disposed proximate to the working electrode; and an analyte mass transport limiting layer to limit transport of the analyte to the working electrode; the sensor being configured and arranged for implantation into a patient or user for in vivo operation. a substrate having a narrow distal region and a wider proximal region, the substrate including a first surface and a second surface; a working electrode disposed on the distal region of the substrate, the working electrode formed on the first surface of the substrate; a reference electrode disposed on the distal region of the substrate, the reference electrode formed on the first surface of the substrate; a counter electrode disposed on the distal region of the substrate, the counter electrode formed on the second surface of the substrate; a plurality of electrical contact pads disposed on the proximal region of the substrate and on the first surface of the substrate, wherein a first one of the plurality of electrical contact pads is in electrical communication with the working electrode, a second one of the plurality of electrical contact pads is in electrical communication with the reference electrode, and a third one of the electrical contact pads is in electrical communication with the counter electrode, wherein a via is formed through the substrate that electrically connects the counter electrode to the third one of the plurality of electrical contact pads; a sensing layer including an analyte-responsive enzyme disposed proximate to the working electrode; and an analyte mass transport limiting layer to limit transport of the analyte to the working electrode; the sensor being configured and arranged for implantation into a patient or user for in vivo operation.
A method for preparing an implantable device, comprising: depositing a modification material that includes silver onto at least a portion of a surface of an implantable device; post treating the implantable device with the deposited modification material, wherein post treating the implantable device includes annealing the implantable device at an annealing temperature for an annealing duration; and increasing the interfacial shear strength of the deposited modification material to 1 MPa to 30 MPa by controlling at least one process condition during post treating the implantable device with the deposited modification material based on a target release rate of the deposited modification material into human tissue in an implantation environment, wherein controlling the at least one process condition includes baking the implantable material with the deposited particulates with a temperature of 200°C to 700°C for a duration of 3 minutes to 10 minutes. depositing a modification material that includes silver onto at least a portion of a surface of an implantable device; post treating the implantable device with the deposited modification material, wherein post treating the implantable device includes annealing the implantable device at an annealing temperature for an annealing duration; and increasing the interfacial shear strength of the deposited modification material to 1 MPa to 30 MPa by controlling at least one process condition during post treating the implantable device with the deposited modification material based on a target release rate of the deposited modification material into human tissue in an implantation environment, wherein controlling the at least one process condition includes baking the implantable material with the deposited particulates with a temperature of 200°C to 700°C for a duration of 3 minutes to 10 minutes.
A system, comprising: a sensing enabled device having at least one optical fiber configured to perform distributed sensing of temperature-induced strain and shape sensing of the device; characterized by an interpretation module configured to receive optical signals from the at least one optical fiber within a body and interpret the optical signals to determine at least one temperature gradient of the device. a sensing enabled device having at least one optical fiber configured to perform distributed sensing of temperature-induced strain and shape sensing of the device; characterized by an interpretation module configured to receive optical signals from the at least one optical fiber within a body and interpret the optical signals to determine at least one temperature gradient of the device.
An absorbent article, comprising: a front-rear direction; a width direction orthogonal to the front-rear direction; a front waistline region; a rear waistline region; a crotch region arranged between the front waistline region and the rear waistline region; an absorbent core extending at least from the crotch region to the rear waistline region; and an elastic member at least partially overlapping the absorbent core in the rear waistline region and expanding and contracting in the width direction, wherein a folding line for folding the absorbent article in half extends along the width direction in the crotch region, the absorbent core has a pair of side slits located at both outside edges of the absorbent core in the width direction, and an inner edge part located on an innermost side of the pair of side slits in the width direction is located on a rear side relative to a line which is in the middle between a rear end edge of the absorbent core and the folding line, wherein the absorbent core has a rear slit extending forward from a rear end edge in the rear waistline region. a front-rear direction; a width direction orthogonal to the front-rear direction; a front waistline region; a rear waistline region; a crotch region arranged between the front waistline region and the rear waistline region; an absorbent core extending at least from the crotch region to the rear waistline region; and an elastic member at least partially overlapping the absorbent core in the rear waistline region and expanding and contracting in the width direction, wherein a folding line for folding the absorbent article in half extends along the width direction in the crotch region, the absorbent core has a pair of side slits located at both outside edges of the absorbent core in the width direction, and an inner edge part located on an innermost side of the pair of side slits in the width direction is located on a rear side relative to a line which is in the middle between a rear end edge of the absorbent core and the folding line, wherein the absorbent core has a rear slit extending forward from a rear end edge in the rear waistline region.
Method for ascertaining a state of health (SoH) of a secondary battery, in which a first estimation for the state of health (ŜoH) is made by an observer and an aging prediction model is used to ascertain a second estimation for the state of health (SoH p), wherein either the first estimation of the state of health (ŜoH) or the second estimation of the state of health (SoH p) is used as the state of health (SoH) of the secondary battery or the first estimation of the state of health (ŜoH) and the second estimation of the state of health (SoH p) are combined and the combination of the first and second estimation of the state of health is used as the state of health (SoH) of the secondary battery, characterized in that the aging prediction model is parameterized on the basis of the first estimation for the state of health (ŜoH).
A body waste collecting device comprising - a collecting pouch - an adhesive wafer for attachment to the body, comprising - a backing layer - a first adhesive layer (11,21,31,41,51,61 respectively 71), and - an additional second adhesive (12,22,32,42,52,62 respectively 72) for sealing around a body opening; said first adhesive layer comprising a liquid impermeable, moisture permeable adhesive composition, characterized in that said additional second adhesive is a liquid impermeable, moisture permeable adhesive composition and wherein the additional second adhesive (12 respectively 62) is located on the skin-facing surface of the first adhesive layer and partly covers the first adhesive layer (11 respectively 61) on the skin-facing surface. - a collecting pouch - an adhesive wafer for attachment to the body, comprising - a backing layer - a first adhesive layer (11,21,31,41,51,61 respectively 71), and - an additional second adhesive (12,22,32,42,52,62 respectively 72) for sealing around a body opening; - a backing layer - a first adhesive layer (11,21,31,41,51,61 respectively 71), and - an additional second adhesive (12,22,32,42,52,62 respectively 72) for sealing around a body opening;
Inductive buck-boost-converter having - an input (In) to which an input voltage (Vin) is supplied, - an output (Out) at which an output voltage (Vout) is provided as a function of the input voltage (Vin), - an inductor having a first and a second terminal (Lx1, Lx2), - a first switch which switchably connects the inductor's first terminal to the input (In), - a second switch which switchably connects the inductor's first terminal to a ground potential terminal, - a third switch which switchably connects the inductor's second terminal to the ground potential terminal, - a fourth switch which switchably connects the inductor's second terminal to the output (Out), and - a control unit coupled to respective control inputs of the first, the second, the third and the fourth switch (A, B, C, D), wherein first and fourth switches (A, D) are realized each by a P-channel metal-oxide-semiconductor, PMos, field-effect transistor, FET, and second and third switches (B, C) are realized each by an N-channel metal-oxide-semiconductor, NMos, field-effect-transistor, FET, and wherein the converter is operated in three phases (1, 2, 3) by the control unit such that in a first phase the inductor is charged and in a second and a third phase (2, 3) charge is transferred from the inductor towards the output (Out), wherein in the third phase, the transistor realizing the fourth switch is driven in its saturation region by the control unit. - an input (In) to which an input voltage (Vin) is supplied, - an output (Out) at which an output voltage (Vout) is provided as a function of the input voltage (Vin), - an inductor having a first and a second terminal (Lx1, Lx2), - a first switch which switchably connects the inductor's first terminal to the input (In), - a second switch which switchably connects the inductor's first terminal to a ground potential terminal, - a third switch which switchably connects the inductor's second terminal to the ground potential terminal, - a fourth switch which switchably connects the inductor's second terminal to the output (Out), and - a control unit coupled to respective control inputs of the first, the second, the third and the fourth switch (A, B, C, D),
A mechanism comprising: • two or more flexible louvers configured to lie generally parallel to each other and each having a first end and a second end, and characterised in that the mechanism comprises • at least one comb comprising at least one slot (24, 26) configured to hold at least one of said louvers in it, which comb is capable of travelling along the length of said louver, wherein the slot has a different orientation to the louver at at least one of its ends, whereby moving the comb along the louver alters its configuration. • two or more flexible louvers configured to lie generally parallel to each other and each having a first end and a second end, and characterised in that the mechanism comprises • at least one comb comprising at least one slot (24, 26) configured to hold at least one of said louvers in it, which comb is capable of travelling along the length of said louver, wherein the slot has a different orientation to the louver at at least one of its ends, whereby moving the comb along the louver alters its configuration.
Method for calibrating a positioner system comprising a brushless electric motor for influencing a position of an actuating element, wherein at least two values of an output variable of a sensor are recorded for determining a position of the actuating element, an item of information relating to the position of the actuating element is ascertained depending on the at least two recorded values, the ascertained item of information relating to the position of the actuating element is assigned to an item of information relating to a rotor position of the electric motor, wherein the at least two recorded values are recorded at two different times in a prespecified time interval, wherein a duration of the prespecified time interval is determined depending on a characteristic of the electric motor, wherein the duration of the time interval depends on the wavelength of a periodic oscillation which occurs during activation of the rotor.
A computer implemented method performing the steps: receiving a search query submitted by a user via a web browser of a client device; obtaining data responsive to the search query that indicates a search result document relevant to the search query; identifying metadata associated with the search result document, wherein the metadata comprises data from one or more CSS files, or data determined from one or more previous renderings of the search result document, including data about a layout or formatting characteristics of the search result document; generating a document that includes a link to the search result document, the generated document including the metadata that is associated with the search result document and that indicates the layout or formatting characteristics of the search result document; and providing the generated document for rendering at the web browser of the client device in response to the search query. receiving a search query submitted by a user via a web browser of a client device; obtaining data responsive to the search query that indicates a search result document relevant to the search query; identifying metadata associated with the search result document, wherein the metadata comprises data from one or more CSS files, or data determined from one or more previous renderings of the search result document, including data about a layout or formatting characteristics of the search result document; generating a document that includes a link to the search result document, the generated document including the metadata that is associated with the search result document and that indicates the layout or formatting characteristics of the search result document; and providing the generated document for rendering at the web browser of the client device in response to the search query.
A retail merchandise pusher configured for sliding along a track of a pusher assembly, the pusher assembly mountable to a retail merchandise shelf, the pusher comprising: a housing; a spring drum rotatably mounted within the housing; a coil spring mounted to the spring drum, the coil spring coilable and uncoilable upon rotation of the spring drum; and a controller coupled to a sensor arrangement carried within the housing, the sensor arrangement comprising: a spring drum sensor for detecting rotation of the spring drum; a direction sensor for detecting a direction of rotation of the spring drum; and an incremental distance sensor for detecting an incremental movement of the pusher; wherein the controller is configured to calculate, based on data from the sensor arrangement, a total distance and direction of travel by the pusher, and to generate an alarm when the pusher travels more than a threshold distance within a predetermined period of time, characterized in that the spring drum sensor includes a pair of opposed electrical contacts (134, 136) and a tab extending from the spring drum, the tab rotatable with the spring drum, wherein the tab is arranged to bias one of the pair of opposed electrical contacts (134, 136) into contact with the other one of the pair of the opposed electrical contacts (134, 136) at each complete revolution of the spring drum. a housing; a spring drum rotatably mounted within the housing; a coil spring mounted to the spring drum, the coil spring coilable and uncoilable upon rotation of the spring drum; and a controller coupled to a sensor arrangement carried within the housing, the sensor arrangement comprising: a spring drum sensor for detecting rotation of the spring drum; a direction sensor for detecting a direction of rotation of the spring drum; and an incremental distance sensor for detecting an incremental movement of the pusher; wherein the controller is configured to calculate, based on data from the sensor arrangement, a total distance and direction of travel by the pusher, and to generate an alarm when the pusher travels more than a threshold distance within a predetermined period of time, characterized in that the spring drum sensor includes a pair of opposed electrical contacts (134, 136) and a tab extending from the spring drum, the tab rotatable with the spring drum, wherein the tab is arranged to bias one of the pair of opposed electrical contacts (134, 136) into contact with the other one of the pair of the opposed electrical contacts (134, 136) at each complete revolution of the spring drum. a spring drum sensor for detecting rotation of the spring drum; a direction sensor for detecting a direction of rotation of the spring drum; and an incremental distance sensor for detecting an incremental movement of the pusher;
A control method for a range hood comprising gas detection means for detecting gas concentrations, gas indication means; and control means, used for controlling the gas indication means to display corresponding colors and/or brightness and/or images according to gas concentrations information detected by the gas detection means, the method comprising the steps of: a. detecting gas concentrations, to obtain gas concentrations information; b. associating the gas concentrations information with a cooking state, and c. indicating a corresponding cooking state by the gas indication means by displaying colors and/or brightness and/or images. a. detecting gas concentrations, to obtain gas concentrations information; b. associating the gas concentrations information with a cooking state, and c. indicating a corresponding cooking state by the gas indication means by displaying colors and/or brightness and/or images.
A combination product comprising a compound of formula: or a pharmaceutically acceptable salt or co-crystal thereof, and one or more immunotherapeutic agents selected from the group consisting of an anti-CTLA4 antibody, an anti-PD-1 antibody and an anti-PD-Ll antibody.