mhurhangee/patent-ind-claim-en huggingface dataset:
A safety cabin for a residential or camper van , wherein the safety cabin comprises a part of the residential or camper van which does not belong to a driver's cab , wherein the safety cabin comprises at least one stabilising deformation element made of fibre-reinforced plastic in at least one area of the cabin, wherein the fibre reinforcement is configured for an increase in a strength of the safety cabin and a conversion of kinetic energy in the event of an at least partially inelastic impact on the safety cabin , wherein the deformation element comprises a mixed fibre reinforcement with a weight percentage of aramid fibres between 10%-90%, which also comprises carbon fibres, wherein the carbon fibres are selected from the group comprising cellulose, flax, hemp fibre, sisal and/or wood, and the deformation element has a honeycomb structure. wherein the fibre reinforcement is configured for an increase in a strength of the safety cabin and a conversion of kinetic energy in the event of an at least partially inelastic impact on the safety cabin , wherein the deformation element comprises a mixed fibre reinforcement with a weight percentage of aramid fibres between 10%-90%, which also comprises carbon fibres, wherein the carbon fibres are selected from the group comprising cellulose, flax, hemp fibre, sisal and/or wood, and the deformation element has a honeycomb structure.
A compound of formula (I): an enantiomer thereof or a pharmaceutically acceptable salt of any one of the same for use in treating refractory or resistant cancer, wherein each dose of the compound of formula (I) is in the range 100 to 900 mg, and wherein each dose is administered once or twice daily. an enantiomer thereof or a pharmaceutically acceptable salt of any one of the same for use in treating refractory or resistant cancer, wherein each dose of the compound of formula (I) is in the range 100 to 900 mg, and wherein each dose is administered once or twice daily.
A bearing cartridge to support a rotatable main shaft of a vertical shaft impact (VSI) crusher, the cartridge comprising: an elongate housing defining an internal chamber to receive a part of the main shaft of the crusher; an annular flange projecting radially outward from the housing at or towards a first axial end of the housing to seat within an annular neck of a frame part of the crusher; and a retaining ring releasably mountable to an external facing surface of the housing at or towards a second axial end of the housing to seat within an annular skirt of the frame part ; characterised in that : the retaining ring is a single piece ring extending radially between the skirt and the housing . an elongate housing defining an internal chamber to receive a part of the main shaft of the crusher; an annular flange projecting radially outward from the housing at or towards a first axial end of the housing to seat within an annular neck of a frame part of the crusher; and a retaining ring releasably mountable to an external facing surface of the housing at or towards a second axial end of the housing to seat within an annular skirt of the frame part ; characterised in that : the retaining ring is a single piece ring extending radially between the skirt and the housing .
A method for transmitting a demodulation reference signal, DMRS, related to a physical sidelink broadcast channel, PSBCH, by a user equipment, UE, in a wireless communication system, the method comprising: obtaining a comb-index based on a mobility of the UE and a priority of Vehicle to Everything, V2X, signal transmitted by the UE, mapping the DMRS to three symbols among 14 symbols included in a subframe, wherein the 14 symbols are indexed from 0 to 13, wherein the DMRS is mapped to a part of subcarriers in three symbols based on the comb-index, and transmitting the PSBCH and the DMRS in the subframe. obtaining a comb-index based on a mobility of the UE and a priority of Vehicle to Everything, V2X, signal transmitted by the UE, mapping the DMRS to three symbols among 14 symbols included in a subframe, wherein the 14 symbols are indexed from 0 to 13, wherein the DMRS is mapped to a part of subcarriers in three symbols based on the comb-index, and transmitting the PSBCH and the DMRS in the subframe.
A device for reducing fouling in a heat exchanger tube comprising: (a) an elongated displacement body configured to be inserted in the heat exchanger tube to reduce the flow cross-sectional area in a portion of the tube, wherein the displacement body is a hollow body having a closed shell, which defines the outer contours and shape of the displacement body and encloses an inner void space, and (b) a mount connected to the elongated displacement body for attaching the device to an end of the heat exchanger tube, the mount being configured to hold the displacement body, when inserted into the tube, in a spaced relationship to the inner surface of the tube, wherein the mount comprises a plurality of support members radially extending from the surface of the displacement body, the support members each having a recess at the side which is to face the heat exchanger tube the recesses being configured to mate with the wall of the heat exchanger tube. (a) an elongated displacement body configured to be inserted in the heat exchanger tube to reduce the flow cross-sectional area in a portion of the tube, wherein the displacement body is a hollow body having a closed shell, which defines the outer contours and shape of the displacement body and encloses an inner void space, and (b) a mount connected to the elongated displacement body for attaching the device to an end of the heat exchanger tube, the mount being configured to hold the displacement body, when inserted into the tube, in a spaced relationship to the inner surface of the tube, wherein the mount comprises a plurality of support members radially extending from the surface of the displacement body, the support members each having a recess at the side which is to face the heat exchanger tube the recesses being configured to mate with the wall of the heat exchanger tube.
A capacity control valve comprising: a valve housing provided with a main valve seat ; a main valve body that is inserted into the valve housing and includes a main valve portion which is capable of seating on the main valve seat to open and close a communication between a suction port and a control port using a driving force of a solenoid ; and a pressure-sensitive body that applies a biasing force to the main valve body in an opening direction according to pressure of a fluid surrounding the pressure-sensitive body , wherein the fluid is supplied from the control port to around the pressure-sensitive body , and the fluid is supplied from the suction port to a back pressure side of the main valve body , characterized in that the main valve body is provided with a pressure-sensitive valve body that is capable of seating on a pressure-sensitive valve seat formed on the pressure-sensitive body , and the main valve body and the pressure-sensitive valve body cooperatively have a hollow hole which extends in an axial direction thereof and which communicates with the back pressure side of the main valve body . a valve housing provided with a main valve seat ; a main valve body that is inserted into the valve housing and includes a main valve portion which is capable of seating on the main valve seat to open and close a communication between a suction port and a control port using a driving force of a solenoid ; and a pressure-sensitive body that applies a biasing force to the main valve body in an opening direction according to pressure of a fluid surrounding the pressure-sensitive body , wherein the fluid is supplied from the control port to around the pressure-sensitive body , and the fluid is supplied from the suction port to a back pressure side of the main valve body , characterized in that the main valve body is provided with a pressure-sensitive valve body that is capable of seating on a pressure-sensitive valve seat formed on the pressure-sensitive body , and the main valve body and the pressure-sensitive valve body cooperatively have a hollow hole which extends in an axial direction thereof and which communicates with the back pressure side of the main valve body .
A method of producing an aligned carbon nanotube aggregate, comprising the steps of: dissolving in an organic solvent (i) an organometallic compound containing aluminum and/or a metal salt containing aluminum and (ii) a stabilizer for inhibiting a condensation polymerization reaction of the organometallic compound and the metal salt to obtain a catalyst support layer coating agent; applying the catalyst support layer coating agent to a substrate to provide a catalyst support layer on the substrate; heating the catalyst support layer; dissolving in an organic solvent (a) an organometallic compound containing iron and/or a metal salt containing iron and (b) a stabilizer for inhibiting a condensation polymerization reaction of the organometallic compound and the metal salt to obtain a catalyst formation layer coating agent; applying the catalyst formation layer coating agent to the catalyst support layer to provide a catalyst formation layer on the catalyst support layer; heating the catalyst formation layer; and growing an aligned carbon nanotube aggregate on the substrate by chemical vapor deposition (CVD). dissolving in an organic solvent (i) an organometallic compound containing aluminum and/or a metal salt containing aluminum and (ii) a stabilizer for inhibiting a condensation polymerization reaction of the organometallic compound and the metal salt to obtain a catalyst support layer coating agent; applying the catalyst support layer coating agent to a substrate to provide a catalyst support layer on the substrate; heating the catalyst support layer; dissolving in an organic solvent (a) an organometallic compound containing iron and/or a metal salt containing iron and (b) a stabilizer for inhibiting a condensation polymerization reaction of the organometallic compound and the metal salt to obtain a catalyst formation layer coating agent; applying the catalyst formation layer coating agent to the catalyst support layer to provide a catalyst formation layer on the catalyst support layer; heating the catalyst formation layer; and growing an aligned carbon nanotube aggregate on the substrate by chemical vapor deposition (CVD).
A self-moving cleaning device, comprising: a shell , a bottom of the shell being provided with a mounting part ; a water tank detachably mounted on the mounting part ; a groove , the mounting part being provided with the groove and/or a position of the water tank cooperating with the mounting part being provided with the groove ; a roller assembly mounted on the mounting part and being capable of extending and retracting, wherein the roller assembly retracts into the groove and is in a retracted state when the water tank is mounted on the shell , the roller assembly is in an extended state when the water tank is removed from the shell . a shell , a bottom of the shell being provided with a mounting part ; a water tank detachably mounted on the mounting part ; a groove , the mounting part being provided with the groove and/or a position of the water tank cooperating with the mounting part being provided with the groove ; a roller assembly mounted on the mounting part and being capable of extending and retracting, wherein the roller assembly retracts into the groove and is in a retracted state when the water tank is mounted on the shell , the roller assembly is in an extended state when the water tank is removed from the shell .
Agricultural spray valve unit comprising a) a primary line and a secondary line , b) a valve which ba) is arranged between the primary line and the secondary line and bb) comprises a valve seat and a valve body , wherein the valve body can be moved by an electromagnet with a valve displacement H between an open position wherein the valve connects the primary line to the secondary line and a closed position wherein the valve separates the primary line from the secondary line , c) the electromagnet comprising a coil unit and an armature , d) the armature comprising a first armature part and a second armature part , the second armature part being coupled by a driving connection to the valve body , whereas the first armature part can be moved relatively to the second armature part until reaching a limitation so that the armature parts da) are moved together in an armature displacement part H 2 and db) are moved relatively to each other in at least another armature displacement part H 1 , H 3 . a) a primary line and a secondary line , b) a valve which ba) is arranged between the primary line and the secondary line and bb) comprises a valve seat and a valve body , wherein the valve body can be moved by an electromagnet with a valve displacement H between an open position wherein the valve connects the primary line to the secondary line and a closed position wherein the valve separates the primary line from the secondary line , ba) is arranged between the primary line and the secondary line and bb) comprises a valve seat and a valve body , wherein the valve body can be moved by an electromagnet with a valve displacement H between an open position wherein the valve connects the primary line to the secondary line and a closed position wherein the valve separates the primary line from the secondary line , c) the electromagnet comprising a coil unit and an armature , d) the armature comprising a first armature part and a second armature part , the second armature part being coupled by a driving connection to the valve body , whereas the first armature part can be moved relatively to the second armature part until reaching a limitation so that the armature parts da) are moved together in an armature displacement part H 2 and db) are moved relatively to each other in at least another armature displacement part H 1 , H 3 . da) are moved together in an armature displacement part H 2 and db) are moved relatively to each other in at least another armature displacement part H 1 , H 3 .
A portable electronic device comprising: a first touch sensor ; a second touch sensor ; and a processing unit which is configured to (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program. a first touch sensor ; a second touch sensor ; and a processing unit which is configured to (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program. (a) when the first touch sensor detects a touch operation serving as a user authentication request operation, perform a first process of performing authentication of a user and, if the authentication is successful, permitting access to first data from a predetermined program and (b) when the first touch sensor detects the touch operation serving as the user authentication request operation and the second touch sensor detects a touch operation, perform, in place of the first process and as a process related to the first process, a second process of performing the authentication of the user, and, if the authentication is successful, permitting access to second data from the predetermined program.
Soluble β -[poly- -D-glucopyranosyl]-poly-β -D-glucopyranose and an anti-PD-1 antibody for use in a method of treating a subject having cancer, wherein the anti-PD-1 antibody is an immune checkpoint inhibitor.
Method for producing a galvanically decorated component with a symbol or structure of a transilluminatable design incorporated in the surface, in which the component is produced from an electroplatable plastic in an injection-moulding process, and the symbol or structure is produced from a non-electroplatable, electroplating-resistant printed image , characterised in that after the injection-moulding process, the printed image is transferred from a carrier onto the component using thermal transfer by being activated using a laser , wherein the carrier is completely coated and the symbol is produced on the component by means of the laser passing over the printed image and the component is subsequently electroplated.
A tire having a belt layer disposed in a tread portion , wherein the belt layer has a plurality of belt plies , the plurality of belt plies includes a single-wire cord having a short diameter SD and a long diameter LD with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord , and the single-wire cord is disposed so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies , characterized in that the topping rubber has a complex elastic modulus (E*) of from 7 MPa to 20 Mpa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under a condition of temperature of 70°C, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz by using a dynamic viscoelasticity measurement device (EPLEXOR series) manufactured by GABO, and a distance (D) between the single-wire cords between the plurality of belt plies is from 0.30 mm to 1.05 mm. the belt layer has a plurality of belt plies , the plurality of belt plies includes a single-wire cord having a short diameter SD and a long diameter LD with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord , and the single-wire cord is disposed so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies , characterized in that the topping rubber has a complex elastic modulus (E*) of from 7 MPa to 20 Mpa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under a condition of temperature of 70°C, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz by using a dynamic viscoelasticity measurement device (EPLEXOR series) manufactured by GABO, and a distance (D) between the single-wire cords between the plurality of belt plies is from 0.30 mm to 1.05 mm.
A method comprising: receiving a request from a first user at a portal web page for a first portlet managed by a master portal process ; at the master portal process , processing the first user's request by determining that the first portlet has been configured to execute on a first sandbox, and sending the first user's request at the first portlet to the first sandbox for execution, wherein the first sandbox comprises an executable of the first portlet that will execute the first user's request; causing at the first sandbox containing the executable of the first portlet to process the first user's request and return a result to the master portal process ; and at the master portal process , assembling a response for the first user's request including the result from the executable of the first portlet at the first sandbox and returning the response to the first user. receiving a request from a first user at a portal web page for a first portlet managed by a master portal process ; at the master portal process , processing the first user's request by determining that the first portlet has been configured to execute on a first sandbox, and sending the first user's request at the first portlet to the first sandbox for execution, wherein the first sandbox comprises an executable of the first portlet that will execute the first user's request; causing at the first sandbox containing the executable of the first portlet to process the first user's request and return a result to the master portal process ; and at the master portal process , assembling a response for the first user's request including the result from the executable of the first portlet at the first sandbox and returning the response to the first user.
An absorbent article comprising an absorbent core sandwiched between a liquid permeable topsheet and a liquid impermeable backsheet , and an acquisition distribution system positioned between said topsheet and said absorbent core , wherein the absorbent core comprises absorbent material selected from the group consisting of cellulose fibers, superabsorbent polymers and combinations thereof, wherein said absorbent material is contained within at least one core wrap substrate enclosing said absorbent material, and wherein a top layer of said core wrap is adhered to a bottom layer of said core wrap to form one or more channels substantially free of said absorbent material, wherein said channels have a length extending along a longitudinal axis and the absorbent core has a length extending along said longitudinal axis and wherein the length of said channels is from 10% to 95% of the length of said absorbent core and wherein said channels each follow a substantially continuous path such as from a first end of a channel to a second end of the same channel characterized in that the acquisition distribution system is multi-layered and comprises at least one spunbond layer and at least one meltblown layer, and wherein said acquisition distribution system is positioned between said absorbent core and said topsheet such that said spunbond and/or meltblown layers are in direct contact with said absorbent core and said topsheet , and in that the acquisition distribution system is the top layer of the core wrap, wherein the acquisition distribution system comprises synthetic fibers, wherein said synthetic fibers are comprised at a level of greater than 80%wt by weight of said acquisition distribution layer , and wherein said acquisition distribution layer has a basis weight of from 15 to 50 g/m 2 .