mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising: a first element including an inlet and an outlet with a fluid communication channel between the inlet and the outlet; a second element including a protruded path extending into a side of the fluid communication channel, the protruded path including a first end and a second end, the first end of the protruded path at least partially blocking the fluid communication channel, and the second end of the protruded path being separated from the first element thereby forming a gap, the gap being a part of the fluid communication channel; and a ball-like element captured within said protruded path, the ball-like element travelling between a first configuration and a second configuration wherein, in the first configuration, the ball-like element is in the first end of the protruded path thereby positioning the second element to block the fluid communication channel and, wherein, in the second configuration, the ball-like element is in the second end of the protruded path thereby allowing flow through the fluid communication channel. a first element including an inlet and an outlet with a fluid communication channel between the inlet and the outlet; a second element including a protruded path extending into a side of the fluid communication channel, the protruded path including a first end and a second end, the first end of the protruded path at least partially blocking the fluid communication channel, and the second end of the protruded path being separated from the first element thereby forming a gap, the gap being a part of the fluid communication channel; and a ball-like element captured within said protruded path, the ball-like element travelling between a first configuration and a second configuration wherein, in the first configuration, the ball-like element is in the first end of the protruded path thereby positioning the second element to block the fluid communication channel and, wherein, in the second configuration, the ball-like element is in the second end of the protruded path thereby allowing flow through the fluid communication channel.
Capsule for producing a beverage using an extractable product, by means of a beverage brewing device, comprising: - a cup comprising a cavity defined by a circumferential wall, a bottom wall closing the circumferential wall at a first end, and an outwardly protruding flange connected to the circumferential wall at a second end opposite the first end in the axial direction of the capsule; - a foil connected to the flange and closing the cup at the second end, - a beverage substance filled in the cavity, - a filter disc fitted in the cavity between the beverage substance and the foil; the filter disc comprising: - a frame comprising an annular reinforcing portion placed adjacent the circumferential wall of the cup and, - a filter membrane of smaller thickness connected to and/or maintained by the annular reinforcing portion; wherein the frame comprises a plurality of transversal reinforcing portions separating the internal area demarcated by the annular reinforcing portion in a plurality of apertures open in the axial direction; and wherein the filter membrane covers the plurality of apertures; characterized in that: the filter disc is positioned inside the capsule in a manner that the filter membrane is placed between the foil and the plurality of transversal reinforcing portions. - a cup comprising a cavity defined by a circumferential wall, a bottom wall closing the circumferential wall at a first end, and an outwardly protruding flange connected to the circumferential wall at a second end opposite the first end in the axial direction of the capsule; - a foil connected to the flange and closing the cup at the second end, - a beverage substance filled in the cavity, - a filter disc fitted in the cavity between the beverage substance and the foil; the filter disc comprising: - a frame comprising an annular reinforcing portion placed adjacent the circumferential wall of the cup and, - a filter membrane of smaller thickness connected to and/or maintained by the annular reinforcing portion; - a frame comprising an annular reinforcing portion placed adjacent the circumferential wall of the cup and, - a filter membrane of smaller thickness connected to and/or maintained by the annular reinforcing portion; wherein the frame comprises a plurality of transversal reinforcing portions separating the internal area demarcated by the annular reinforcing portion in a plurality of apertures open in the axial direction; and wherein the filter membrane covers the plurality of apertures; characterized in that: the filter disc is positioned inside the capsule in a manner that the filter membrane is placed between the foil and the plurality of transversal reinforcing portions.
A polyolefin-based flame retardant resin composition comprising 50 to 80 wt% of a polyolefin resin, a phosphate-based flame retardant, and 0.1 to 5 wt% of a surface-modified fluorine resin powder based on 100 wt% in total of ingredients constituting the composition, wherein the phosphate-based flame retardant comprises 15 to 40 wt% of a solid phase phosphate flame retardant and 0.1 to 15 wt% of a liquid-type phosphate ester flame retardant based on 100 wt% in total of ingredients constituting the composition, wherein the surface-modified fluorine resin powder has a weight-average molecular weight of 100,000 g/mol or more and is prepared by extruding 0.1 to 90 wt% of surface-modified polytetrafluoroethylene having an average particle diameter of 10 μ m or less and 10 to 99.9 wt% of a high molecular weight polypropylene resin having a viscosity of 500 to 1400 ml/g and wherein the surface-modified polytetrafluoroethylene is polytetrafluoroethylene modified with alkyl (meth)acrylate.
An article comprising: a substrate wherein the substrate comprises one of a ceramic substrate or superalloy substrate; and a bond layer deposited on the substrate, the bond layer comprising a rare earth silicate and a second phase, the second phase including at least one of silicon, silicides, alkali metal oxides, alkali earth metal oxides, glass ceramics, Al 2 O 3, TiO 2, Ta 2 O 5, HfO 2, ZrO 2, HfSiO 4, ZrSiO 4, HfTiO 4, ZrTiO 4, or mullite, wherein the bond layer includes 0.1 percent by weight to 30 percent by weight of the second phase. a substrate wherein the substrate comprises one of a ceramic substrate or superalloy substrate; and a bond layer deposited on the substrate, the bond layer comprising a rare earth silicate and a second phase, the second phase including at least one of silicon, silicides, alkali metal oxides, alkali earth metal oxides, glass ceramics, Al 2 O 3, TiO 2, Ta 2 O 5, HfO 2, ZrO 2, HfSiO 4, ZrSiO 4, HfTiO 4, ZrTiO 4, or mullite, wherein the bond layer includes 0.1 percent by weight to 30 percent by weight of the second phase.
A method for forming an attachment area for a peeling apparatus on a cathode plate, in which opposite depressions (3, 33) are introduced into the cathode plate on its two flat sides (4, 44) and several openings connecting the two depressions (3, 33), said depressions (3, 33) being provided with one plastic part (6, 10, 13, 14) each, wherein at least one web each of at least one of the plastic parts (6, 13, 14) protrudes into the openings, and said plastic parts (6, 10, 13, 14) are materially connected to an insert forming the attachment area, characterized in that the plastic parts (6, 10, 13, 14) consisting of the same material are ultrasonically welded into an integral insert in the respective joint of the one plastic part (10 and 13 or 14) with its web of the other plastic part (6 and 14 or 13).
A capsule for a complementary health or pharmaceutical product comprising: (a) a hard or soft shell for encapsulating a fill material; and (b) a fill material comprising an emulsified syrup wherein the emulsified syrup comprises: (i) 40 to 50% wt/wt of at least one syrup selected from liquid honey, creamed honey and crystallized honey; (ii) 1 to 10% wt/wt of at least one emulsifier; and (iii) 40 to 55% wt/wt of at least one oil or oil mixture; and (iv) 1 to 5% wt/wt of water. (a) a hard or soft shell for encapsulating a fill material; and (b) a fill material comprising an emulsified syrup wherein the emulsified syrup comprises: (i) 40 to 50% wt/wt of at least one syrup selected from liquid honey, creamed honey and crystallized honey; (ii) 1 to 10% wt/wt of at least one emulsifier; and (iii) 40 to 55% wt/wt of at least one oil or oil mixture; and (iv) 1 to 5% wt/wt of water. (i) 40 to 50% wt/wt of at least one syrup selected from liquid honey, creamed honey and crystallized honey; (ii) 1 to 10% wt/wt of at least one emulsifier; and (iii) 40 to 55% wt/wt of at least one oil or oil mixture; and (iv) 1 to 5% wt/wt of water.
A fastening structure of a ring gear to fasten the ring gear to a flange of a differential case constituting a differential sub-assembly, wherein an inner circumferential surface of the ring gear is press-fitted to an outer circumferential surface of the flange, the ring gear is swaged by a swaging part provided on at least one of both ends of the flange in an axial direction, and the fastening structure includes an engaging means (16,25) for engagement between the flange and the ring gear in a recess-and-protrusion relationship to prevent deformation of the ring gear in a radial direction; wherein the engaging means (16,25) includes a protrusion formed in an end surface of the ring gear and a recess formed in the flange, the recess being engaged with the protrusion when the ring gear is press-fitted to the outer circumferential surface of the flange and wherein the protrusion includes an engaging surface formed to be oblique with respect to a press-fitting direction of the ring gear and to be engaged with an engaged surface of the recess, the engaged surface is slanted with respect to the press-fitting direction of the ring gear, and the engaging surface has an angle of inclination ( α) larger than that (β) of the engaged surface.
A wound plaster comprising: a) a substrate of a flexible material with first and second end portions (18, 20) and first and second major surfaces (14, 16), and with a layer of pressure sensitive medical grade adhesive on the second major surface; b) only a single wound contacting pad centrally disposed between the first and second end portions (18, 20) and adhered to the substrate by the adhesive layer; c) a relatively rigid card member having a release material on its undersurface and a plastic layer on its upper surface, the plastic layer defining a dome-shaped capsule with a frangible seal and containing a medicament, the capsule protruding up from the card member and being disposed on the substrate proximate one of the first and second end portions (18, 20) so that when squeezed, the frangible seal ruptures due to increased hydraulic pressure acting on the seal and deposits the medicament directly on a top surface of the wound contacting pad; and d) a removable protective layer of material adhered to the substrate by the adhesive layer and overlaying the other end portion's adhesive layer and the wound contacting pad, and with the card member and the capsule overlaying the said one of the first and second end portions. a) a substrate of a flexible material with first and second end portions (18, 20) and first and second major surfaces (14, 16), and with a layer of pressure sensitive medical grade adhesive on the second major surface; b) only a single wound contacting pad centrally disposed between the first and second end portions (18, 20) and adhered to the substrate by the adhesive layer; c) a relatively rigid card member having a release material on its undersurface and a plastic layer on its upper surface, the plastic layer defining a dome-shaped capsule with a frangible seal and containing a medicament, the capsule protruding up from the card member and being disposed on the substrate proximate one of the first and second end portions (18, 20) so that when squeezed, the frangible seal ruptures due to increased hydraulic pressure acting on the seal and deposits the medicament directly on a top surface of the wound contacting pad; and d) a removable protective layer of material adhered to the substrate by the adhesive layer and overlaying the other end portion's adhesive layer and the wound contacting pad, and with the card member and the capsule overlaying the said one of the first and second end portions.
A method of charging a battery (114, 220) comprising: receiving, in a battery charging circuit (115, 230) on an electronic device (103, 210), an input voltage (V in) having a first voltage value from an external power source (101, 201); configuring the battery charging circuit (115, 230) to produce an output current of the battery charging circuit (115, 230) having a first current value to charge the battery (114, 220); monitoring one or more of an input current limit and a voltage ratio (V out /V in) of an output voltage (V out) and the input voltage (Vin) of the battery charging circuit (115, 230); generating control signals to increase the first voltage value of the input voltage (Vin) from the external power source (101, 201) to at least one second voltage value if either (i) the input current limit is activated since a maximum input current is reached, or (ii) the voltage ratio (V out /V in) reaches a maximum voltage ratio; receiving signals indicating a temperature inside the electronic device (103, 210); and generating control signals to decrease the second voltage value to at least one third voltage value when the temperature increases above a first threshold temperature. receiving, in a battery charging circuit (115, 230) on an electronic device (103, 210), an input voltage (V in) having a first voltage value from an external power source (101, 201); configuring the battery charging circuit (115, 230) to produce an output current of the battery charging circuit (115, 230) having a first current value to charge the battery (114, 220); monitoring one or more of an input current limit and a voltage ratio (V out /V in) of an output voltage (V out) and the input voltage (Vin) of the battery charging circuit (115, 230); generating control signals to increase the first voltage value of the input voltage (Vin) from the external power source (101, 201) to at least one second voltage value if either (i) the input current limit is activated since a maximum input current is reached, or (ii) the voltage ratio (V out /V in) reaches a maximum voltage ratio; (i) the input current limit is activated since a maximum input current is reached, or (ii) the voltage ratio (V out /V in) reaches a maximum voltage ratio; receiving signals indicating a temperature inside the electronic device (103, 210); and generating control signals to decrease the second voltage value to at least one third voltage value when the temperature increases above a first threshold temperature.
Piece of snow sports equipment, comprising a sliding board with a sheetlike central part which extends in a longitudinal direction, and two sheetlike side parts which are fastened to the central part on both sides, wherein a) the central part has a sliding coating on a lower side, b) the side parts can be folded over from a first position, in which a first main surface of the side parts is substantially co-planar with the lower side of the central part, into a second position, in which the side parts are folded under the central part such that the first main surfaces of the side parts are supported on the lower side of the central part, and wherein c) second main surfaces of the side parts, which second main surfaces are opposite the first main surfaces, have a climbing skin. a) the central part has a sliding coating on a lower side, b) the side parts can be folded over from a first position, in which a first main surface of the side parts is substantially co-planar with the lower side of the central part, into a second position, in which the side parts are folded under the central part such that the first main surfaces of the side parts are supported on the lower side of the central part, and wherein c) second main surfaces of the side parts, which second main surfaces are opposite the first main surfaces, have a climbing skin.
Actuator, wherein a USB interface is formed, via which parameters and/or state variables of the actuator can be read out and/or changed, characterised in that the USB interface is inserted tightly according to a type of protection of at least IP 67 into a housing opening, wherein the USB interface has an electronic circuit connected thereto which can be switched at least between a first mode and a second mode, and the electronic circuit at the USB interface provides a USB host in the first mode and provides a USB device in the second mode.
Control system for at least one motor vehicle (11, 11'), with - a first control unit, having a data interface for coupling the first control unit to a vehicle data bus, as well as a first network interface for coupling the first control unit to a second control unit (14, 14') via an internet protocol-based network (16, 16'); - the second control unit (14, 14'), having a second network interface (15, 15') for coupling the second control unit (14, 14') to the first control unit via the internet protocol-based network (16, 16'); wherein the second control unit (14, 14') is designed to send or receive at least one control signal that can be transmitted via the vehicle data bus by means of the first control unit via the vehicle data bus; characterised in that - the first control unit is designed to provide the at least one control signal that can be transmitted via the vehicle data bus as at least one device resource (9a, 9b, 9c) of an operating system core of the first control device, said device resource being accessible independently from a bus protocol that is specific to the vehicle data bus, - the second control unit (14, 14') is designed to provide the device resource (9a, 9b, 9c) of the first control unit to at least one application program (17, 17') in the second control unit (14, 14') via a network protocol of the internet protocol-based network (16, 16'). - a first control unit, having a data interface for coupling the first control unit to a vehicle data bus, as well as a first network interface for coupling the first control unit to a second control unit (14, 14') via an internet protocol-based network (16, 16'); - the second control unit (14, 14'), having a second network interface (15, 15') for coupling the second control unit (14, 14') to the first control unit via the internet protocol-based network (16, 16'); - the first control unit is designed to provide the at least one control signal that can be transmitted via the vehicle data bus as at least one device resource (9a, 9b, 9c) of an operating system core of the first control device, said device resource being accessible independently from a bus protocol that is specific to the vehicle data bus, - the second control unit (14, 14') is designed to provide the device resource (9a, 9b, 9c) of the first control unit to at least one application program (17, 17') in the second control unit (14, 14') via a network protocol of the internet protocol-based network (16, 16').
A method, comprising: receiving, via an uplink path of a wideband remote unit (108a-108n) of a distributed antenna system, wide band signals comprising an uplink RF signal and a leaked downlink RF signal, the uplink RF signal having an uplink signal power and the leaked downlink RF signal having a downlink signal power greater than the uplink signal power, wherein the leaked downlink RF signal is from a downlink RF signal transmitted by the wideband remote unit (108a-108n); converting, by the wideband remote unit (108a-108n), the received wideband signals to a first digital RF signal that represents the uplink RF signal and to a second digital RF signal that represents the leaked downlink RF signal; and transmitting, by the wideband remote unit (108a-108n), the first digital RF signal and the second digital RF signal to a unit of the distributed antenna system in communication with a base station; wherein the uplink path of the wideband remote unit (108a-108n) comprises an analog-to-digital converter configured to have a dynamic range having a minimum value and a maximum value suitable to digitize both the uplink RF signal and the leaked downlink RF signal. receiving, via an uplink path of a wideband remote unit (108a-108n) of a distributed antenna system, wide band signals comprising an uplink RF signal and a leaked downlink RF signal, the uplink RF signal having an uplink signal power and the leaked downlink RF signal having a downlink signal power greater than the uplink signal power, wherein the leaked downlink RF signal is from a downlink RF signal transmitted by the wideband remote unit (108a-108n); converting, by the wideband remote unit (108a-108n), the received wideband signals to a first digital RF signal that represents the uplink RF signal and to a second digital RF signal that represents the leaked downlink RF signal; and transmitting, by the wideband remote unit (108a-108n), the first digital RF signal and the second digital RF signal to a unit of the distributed antenna system in communication with a base station; wherein the uplink path of the wideband remote unit (108a-108n) comprises an analog-to-digital converter configured to have a dynamic range having a minimum value and a maximum value suitable to digitize both the uplink RF signal and the leaked downlink RF signal.
A method comprising: obtaining, over a time frame, sets of channel response data based on wireless signals communicated over wireless links through a space between wireless communication devices (102A, 102B, 102C, 1010), the sets of channel response data comprising one set of channel response data for each wireless link; generating a time series of statistical parameters for each wireless link based on a respective set of channel response data, the time series of statistical parameters characterizing a statistical distribution of the respective set of channel response data at successive points of time in the time frame; determining a plurality of motion zones in the space based on changes in the time series of statistical parameters for each wireless link; generating sets of motion-zone parameters characterizing respective motion zones of the plurality of motion zones, each set of motion-zone parameters generated from portions of the time series of statistical parameters bounded by respective time intervals; storing, in a database of a motion detection system, the plurality of motion zones and sets of motion-zone parameters; and using the sets of motion-zone parameters to identify one of the plurality of motion zones based on a motion event detected by the motion detection system. obtaining, over a time frame, sets of channel response data based on wireless signals communicated over wireless links through a space between wireless communication devices (102A, 102B, 102C, 1010), the sets of channel response data comprising one set of channel response data for each wireless link; generating a time series of statistical parameters for each wireless link based on a respective set of channel response data, the time series of statistical parameters characterizing a statistical distribution of the respective set of channel response data at successive points of time in the time frame; determining a plurality of motion zones in the space based on changes in the time series of statistical parameters for each wireless link; generating sets of motion-zone parameters characterizing respective motion zones of the plurality of motion zones, each set of motion-zone parameters generated from portions of the time series of statistical parameters bounded by respective time intervals; storing, in a database of a motion detection system, the plurality of motion zones and sets of motion-zone parameters; and using the sets of motion-zone parameters to identify one of the plurality of motion zones based on a motion event detected by the motion detection system.