mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising an insert and a holder for the insert , wherein the holder comprises : - a first housing for receiving the insert , the first housing extending within a plane (P) of the holder , - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane (P), and - a second housing for receiving said insert , the second housing being in communication with the first housing and extending within the plane (P) of the holder ; and the insert has a U-shape configured to fit with both the first and second housings and further comprises locking means for locking the insert in the second housing ; and wherein the first and second housings are arranged to allow the insert to slide in a second direction different from the first direction and parallel to said plane so as to pass from the first housing to the second housing ; the second housing is configured to prevent movement of the insert out of the holder , in directions perpendicular to the plane (P); and the insert further comprises an elastic portion configured to be compressed when the insert is moved between the first housing and second housing . the holder comprises : - a first housing for receiving the insert , the first housing extending within a plane (P) of the holder , - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane (P), and - a second housing for receiving said insert , the second housing being in communication with the first housing and extending within the plane (P) of the holder ; and - a first housing for receiving the insert , the first housing extending within a plane (P) of the holder , - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane (P), and - a second housing for receiving said insert , the second housing being in communication with the first housing and extending within the plane (P) of the holder ; and the insert has a U-shape configured to fit with both the first and second housings and further comprises locking means for locking the insert in the second housing ; and wherein the first and second housings are arranged to allow the insert to slide in a second direction different from the first direction and parallel to said plane so as to pass from the first housing to the second housing ; the second housing is configured to prevent movement of the insert out of the holder , in directions perpendicular to the plane (P); and the insert further comprises an elastic portion configured to be compressed when the insert is moved between the first housing and second housing .
A hair care composition comprising (i) 0.01 to 3% by weight zinc pyrithione; (ii) 1 to 5% by weight amino acid; and (iii) 0.1 to 5% by weight additional zinc compound. (i) 0.01 to 3% by weight zinc pyrithione; (ii) 1 to 5% by weight amino acid; and (iii) 0.1 to 5% by weight additional zinc compound.
An electronic device , comprising: a housing; at least one antenna disposed inside the housing or disposed on at least a part of the housing; a first transceiver configured to: generate a first signal corresponding to a first communication network, and transmit the first signal to the at least one antenna ; a second transceiver configured to: generate a second signal corresponding to a second communication network, and transmit the second signal to the at least one antenna ; a first coupler electrically connected between the at least one antenna and the first transceiver ; a splitter electrically connected to the first coupler, wherein the splitter is configured to distribute and transmit the signal received via feedback from the first coupler, to the first transceiver and the second transceiver; a first communication processor operatively connected to the first transceiver ; and a second communication processor operatively connected to the second transceiver , wherein the second communication processor is configured to control a transmission power of the second signal, at least partially based on the signal received by the splitter . a housing; at least one antenna disposed inside the housing or disposed on at least a part of the housing; a first transceiver configured to: generate a first signal corresponding to a first communication network, and transmit the first signal to the at least one antenna ; generate a first signal corresponding to a first communication network, and transmit the first signal to the at least one antenna ; a second transceiver configured to: generate a second signal corresponding to a second communication network, and transmit the second signal to the at least one antenna ; generate a second signal corresponding to a second communication network, and transmit the second signal to the at least one antenna ; a first coupler electrically connected between the at least one antenna and the first transceiver ; a splitter electrically connected to the first coupler, wherein the splitter is configured to distribute and transmit the signal received via feedback from the first coupler, to the first transceiver and the second transceiver; a first communication processor operatively connected to the first transceiver ; and a second communication processor operatively connected to the second transceiver , wherein the second communication processor is configured to control a transmission power of the second signal, at least partially based on the signal received by the splitter .
A rubber composition comprising from 50 phr to 100 phr of a styrene butadiene rubber; from 0 phr to 50 phr of at least one further diene based rubber; and from 101 phr to 200 phr of a filler; and from 40 phr to 80 phr of a plasticizer comprising a hydrocarbon resin having a softening point as determined by ASTM E28 within a range of from 80°C to 130°C; characterized in that the filler comprises from 50 phr to 75 phr of silica, from 40 phr to 70 phr of carbon black, and from 11 phr to 20 phr of an inorganic metal hydroxide.
A display case for illuminating a display , comprising: a frame , for holding the display , the frame having a metal structure; an illumination module mounted at or in a side-limb of the frame and positioned in an air gap; and a diffuser located between the illumination module and the display such that the illumination module illuminates the inner-facing surface of the diffuser; wherein the illumination module is in thermal communication with at least a part of the metal structure of the frame , and the frame is in thermal communication with the external ambient environment. a frame , for holding the display , the frame having a metal structure; an illumination module mounted at or in a side-limb of the frame and positioned in an air gap; and a diffuser located between the illumination module and the display such that the illumination module illuminates the inner-facing surface of the diffuser; wherein the illumination module is in thermal communication with at least a part of the metal structure of the frame , and the frame is in thermal communication with the external ambient environment.
Gas saving device configured for gas consuming devices such as furnaces, stoves and heating boilers, of the type being mounted downstream of a pressure regulator and upstream of said consuming devices, said gas saving device comprising: a first inlet three-way T-fitting , having a central passage as a gas inlet and two side passages as a gas outlet, wherein the inlet central passage is connectable to a pipe coming from said pressure regulator; a second outlet three-way T-fitting , having two side inlet passages and a central outlet passage, and wherein the central passage is connected to the first end of a steam trap ; the steam trap having a cylindrical shape and with the inner diameter thereof being longer than the inner diameter of the central passages of said first T-fitting and second T-fittings ; two flexible or rigid pipes which connect the side outlet passages of the first fitting to the side inlet passages of the second fitting ; a flow rate regulator , the flow rate regulator being connectable to a supply pipe of said consuming devices; and characterized in that, inside the steam trap , a gas flow is defined, wherein the gas is first passed through an activated carbon filter through which al/ the impurities carried in the gas are eliminated; next, through a copper coil which causes a centrifugation by means of which the rearrangement of the molecules thereof is achieved; then, through said flow rate regulator . a first inlet three-way T-fitting , having a central passage as a gas inlet and two side passages as a gas outlet, wherein the inlet central passage is connectable to a pipe coming from said pressure regulator; a second outlet three-way T-fitting , having two side inlet passages and a central outlet passage, and wherein the central passage is connected to the first end of a steam trap ; the steam trap having a cylindrical shape and with the inner diameter thereof being longer than the inner diameter of the central passages of said first T-fitting and second T-fittings ; two flexible or rigid pipes which connect the side outlet passages of the first fitting to the side inlet passages of the second fitting ; a flow rate regulator , the flow rate regulator being connectable to a supply pipe of said consuming devices; and characterized in that, inside the steam trap , a gas flow is defined, wherein the gas is first passed through an activated carbon filter through which al/ the impurities carried in the gas are eliminated; next, through a copper coil which causes a centrifugation by means of which the rearrangement of the molecules thereof is achieved; then, through said flow rate regulator .
A test procedure for an emergency call network to verify a correct call routing, including the following steps: - providing a test user cellphone connection between a test user at a test site and an integrated test environment , - assigning location data to a target location of the test user wherein such target location is emulated by the integrated test environment , - providing an emergency operator connection between the integrated test environment and an emergency operator in an emergency call center of the emergency call network using the assigned location data, - synchronizing the test user cellphone connection and the emergency operator connection to establish an end-to-end call connection between the test user and the emergency operator , - wherein during the test procedure a plurality of test calls is performed by the test user from one and the same location, wherein location data are assigned which are representative for different emulated locations, wherein the test call requires the equipment of the emergency call center to be tested as if a test user would be located physically at the emulated location. - providing a test user cellphone connection between a test user at a test site and an integrated test environment , - assigning location data to a target location of the test user wherein such target location is emulated by the integrated test environment , - providing an emergency operator connection between the integrated test environment and an emergency operator in an emergency call center of the emergency call network using the assigned location data, - synchronizing the test user cellphone connection and the emergency operator connection to establish an end-to-end call connection between the test user and the emergency operator , - wherein during the test procedure a plurality of test calls is performed by the test user from one and the same location, wherein location data are assigned which are representative for different emulated locations, wherein the test call requires the equipment of the emergency call center to be tested as if a test user would be located physically at the emulated location.
An array substrate for a display device comprising a plurality of pixel groups arranged along a column direction, and a black matrix comprising a plurality of first shelters and a plurality of second shelters , wherein each of the plurality of pixel groups comprises a plurality of sub-pixel rows ; wherein each sub-pixel row comprises a plurality of sub-pixels , wherein a first shelter or a second shelter is arranged alternately between two adjacent sub-pixels ; wherein the first shelter has a first width, and the second shelter has a second width, the first width is different from the second width; wherein for each pixel group , the first shelters on at least one of the sub-pixel rows are aligned with the second shelters on at least one of other sub-pixel rows ; wherein for each pixel group , sub-pixels of the same color on different sub-pixel rows are aligned with one another; wherein each pixel group is divided into two pixel subgroups along the column direction, each pixel subgroup comprises successive sub-pixel rows; wherein in each pixel subgroup , the first shelters on different sub-pixel rows are aligned with one another, and the second shelters on different sub-pixel rows are aligned with one another; and wherein the first shelters on each sub-pixel row of one pixel subgroup of the two pixel subgroups are aligned with the second shelters on each sub-pixel row of the other pixel subgroup , and the second shelters on each sub-pixel row of the one pixel subgroup are aligned with the first shelters on each sub-pixel row of the other pixel subgroup . wherein each of the plurality of pixel groups comprises a plurality of sub-pixel rows ; wherein each sub-pixel row comprises a plurality of sub-pixels , wherein a first shelter or a second shelter is arranged alternately between two adjacent sub-pixels ; wherein the first shelter has a first width, and the second shelter has a second width, the first width is different from the second width; wherein for each pixel group , the first shelters on at least one of the sub-pixel rows are aligned with the second shelters on at least one of other sub-pixel rows ; wherein for each pixel group , sub-pixels of the same color on different sub-pixel rows are aligned with one another; wherein each pixel group is divided into two pixel subgroups along the column direction, each pixel subgroup comprises successive sub-pixel rows; wherein in each pixel subgroup , the first shelters on different sub-pixel rows are aligned with one another, and the second shelters on different sub-pixel rows are aligned with one another; and wherein the first shelters on each sub-pixel row of one pixel subgroup of the two pixel subgroups are aligned with the second shelters on each sub-pixel row of the other pixel subgroup , and the second shelters on each sub-pixel row of the one pixel subgroup are aligned with the first shelters on each sub-pixel row of the other pixel subgroup .
A vapour deposition method for preparing an amorphous lithium borosilicate or doped lithium borosilicate compound, the method comprising: providing a vapour source of each component element of the compound, wherein the vapour sources comprise at least a source of lithium, a source of oxygen, a source of boron, and a source of silicon, and, optionally, a source of at least one dopant element; delivering a flow of said lithium, said oxygen, said boron and said silicon, and, optionally, said dopant element; and co-depositing the component elements from the vapour sources onto a substrate wherein the component elements react on the substrate to form the amorphous compound; wherein the amorphous lithium borosilicate or doped lithium borosilicate compound has a lithium content in the range 40-65 atomic%, based on the combined atomic percentages of lithium, boron and silicon. providing a vapour source of each component element of the compound, wherein the vapour sources comprise at least a source of lithium, a source of oxygen, a source of boron, and a source of silicon, and, optionally, a source of at least one dopant element; delivering a flow of said lithium, said oxygen, said boron and said silicon, and, optionally, said dopant element; and co-depositing the component elements from the vapour sources onto a substrate wherein the component elements react on the substrate to form the amorphous compound; wherein the amorphous lithium borosilicate or doped lithium borosilicate compound has a lithium content in the range 40-65 atomic%, based on the combined atomic percentages of lithium, boron and silicon.
A method of starting an engine including an engine control unit (ECU) of a transport refrigeration system (TRS) , the method comprising: waiting for an instruction to begin an engine startup ; activating a keyswitch signal to close an ECU enable switch in order to supply power from a battery to the ECU upon receiving the instruction to begin engine startup ; activating a run signal, via a TRS controller , to set the ECU and the engine to a pre-crank state ; transmitting a CAN (Controller Area Network) message, via the TRS controller , to close a second switch of the ECU to supply power from the battery to a starter to start cranking of the engine ; initiating startup of the engine ; upon initiating startup of the engine, determining whether a voltage supplied to the starter is below a voltage threshold for a time period ; and when the voltage supplied to the starter is below the voltage threshold for the time period, the TRS controller continuously transmitting the CAN message at a predetermined rate to the ECU to keep the keyswitch signal and the run signal active until engine startup is complete. waiting for an instruction to begin an engine startup ; activating a keyswitch signal to close an ECU enable switch in order to supply power from a battery to the ECU upon receiving the instruction to begin engine startup ; activating a run signal, via a TRS controller , to set the ECU and the engine to a pre-crank state ; transmitting a CAN (Controller Area Network) message, via the TRS controller , to close a second switch of the ECU to supply power from the battery to a starter to start cranking of the engine ; initiating startup of the engine ; upon initiating startup of the engine, determining whether a voltage supplied to the starter is below a voltage threshold for a time period ; and when the voltage supplied to the starter is below the voltage threshold for the time period, the TRS controller continuously transmitting the CAN message at a predetermined rate to the ECU to keep the keyswitch signal and the run signal active until engine startup is complete.
A vehicle power transfer unit (PTU) assembly , comprising: an input shaft rotating about a first axis (X1); a planetary gear set driven by said input shaft , said planetary gear set including a sun gear and a plurality of planet gears , characterized in that said planetary gear set includes an annular gear , said sun gear being fixed against rotation, said plurality of planet gears interconnected to said input shaft and driven by said input shaft and revolving around said sun gear , said annular gear driven by said plurality of planet gears ; an intermediate shaft rotating about the first axis (X1) and interconnected to said annular gear and driven by said annular gear ; a ring gear interconnected to said intermediate shaft and rotating with said intermediate shaft ; and an output gear rotating about a second axis (X2) arranged at an angle relative to the first axis (X1), said output gear driven by said ring gear . an input shaft rotating about a first axis (X1); a planetary gear set driven by said input shaft , said planetary gear set including a sun gear and a plurality of planet gears , characterized in that said planetary gear set includes an annular gear , said sun gear being fixed against rotation, said plurality of planet gears interconnected to said input shaft and driven by said input shaft and revolving around said sun gear , said annular gear driven by said plurality of planet gears ; an intermediate shaft rotating about the first axis (X1) and interconnected to said annular gear and driven by said annular gear ; a ring gear interconnected to said intermediate shaft and rotating with said intermediate shaft ; and an output gear rotating about a second axis (X2) arranged at an angle relative to the first axis (X1), said output gear driven by said ring gear .
A device for the concentration of a mixture of fatty material and aqueous fluid, the device comprising a chamber for receiving, in use, a mixture of fatty material and aqueous fluid, and a body of superabsorbent material , the chamber being separated from the superabsorbent material by a barrier member having at least one opening , and a shutter element movable from a closed position, in which said opening is occluded, to an open position, in which said opening permits fluid flow from the chamber to the superabsorbent material for concentration of the fatty material without the need for a centrifuge or a vacuum.
A transmitting arrangement for wireless exchange of energy with a receiving arrangement , comprising: a transmitting array comprising a plurality of transmitting coils , said array is connected to a current source , a detector arranged to detect a said receiving arrangement , a control arrangement connected to said current source and to each transmitting coil , which control arrangement is configured to control a current to each of said plurality of transmitting coils to generate a joint current distribution for said transmitting arrangement , in response to a detected receiving arrangement , said plurality of transmitting coils are configured to generate a multipole non-radiating current distribution during inductive interaction with said detected receiving arrangement to enable wireless exchange of energy between said transmitting arrangement and said receiving arrangement , where said non-radiating current distribution comprises a current distribution that radiates within a given source volume and do not radiate outside said source volume. a transmitting array comprising a plurality of transmitting coils , said array is connected to a current source , a detector arranged to detect a said receiving arrangement , a control arrangement connected to said current source and to each transmitting coil , which control arrangement is configured to control a current to each of said plurality of transmitting coils to generate a joint current distribution for said transmitting arrangement , in response to a detected receiving arrangement , said plurality of transmitting coils are configured to generate a multipole non-radiating current distribution during inductive interaction with said detected receiving arrangement to enable wireless exchange of energy between said transmitting arrangement and said receiving arrangement , where said non-radiating current distribution comprises a current distribution that radiates within a given source volume and do not radiate outside said source volume.
A method, comprising: spanning a shear junction between inner and outer tubular components of a well tool in a well with a first portion of a shear member to affix the inner and outer components of the well tool against movement in an axial direction; and moving the first portion of the shear member apart from the shear juncture and a second portion of the shear member having a larger cross-sectional area than the first portion to spanning the shear junction by rotating the inner component or the outer component relative to the other thereby camming the shear member to move radially. spanning a shear junction between inner and outer tubular components of a well tool in a well with a first portion of a shear member to affix the inner and outer components of the well tool against movement in an axial direction; and moving the first portion of the shear member apart from the shear juncture and a second portion of the shear member having a larger cross-sectional area than the first portion to spanning the shear junction by rotating the inner component or the outer component relative to the other thereby camming the shear member to move radially.