mhurhangee/patent-ind-claim-en huggingface dataset:
Three-point linkage for a chassis of a vehicle, comprising two load introduction elements , a central load introduction element , two core profiles and a loadbearing winding , - the core profiles being formed from a shear-resistant material, - the loadbearing winding being formed from a fibre-reinforced plastic composite material, - the three-point linkage having two arms and a central bearing region , - the central load introduction element being arranged on the central bearing region , - each arm being connected to the central bearing region , - each arm having one of the load introduction elements which is arranged at an end of the corresponding arm , which end is opposite the central bearing region , - each arm having one of the core profiles which is arranged spatially between the load introduction element and the central load introduction element , - the loadbearing winding enclosing the core profiles and the central load introduction element in a part region and being operatively connected to the core profiles , the load introduction elements and the central load introduction element , and - each load introduction element having a support which receives a load introduction element-side end of the loadbearing winding , characterized in that - each load introduction element-side end of the loadbearing winding is plugged into its corresponding support and is received by the latter in such a way that it is operatively connected to the corresponding load introduction element , and - each arm has a cut-out between its core profile and its load introduction element . - the core profiles being formed from a shear-resistant material, - the loadbearing winding being formed from a fibre-reinforced plastic composite material, - the three-point linkage having two arms and a central bearing region , - the central load introduction element being arranged on the central bearing region , - each arm being connected to the central bearing region , - each arm having one of the load introduction elements which is arranged at an end of the corresponding arm , which end is opposite the central bearing region , - each arm having one of the core profiles which is arranged spatially between the load introduction element and the central load introduction element , - the loadbearing winding enclosing the core profiles and the central load introduction element in a part region and being operatively connected to the core profiles , the load introduction elements and the central load introduction element , and - each load introduction element having a support which receives a load introduction element-side end of the loadbearing winding , - each load introduction element-side end of the loadbearing winding is plugged into its corresponding support and is received by the latter in such a way that it is operatively connected to the corresponding load introduction element , and - each arm has a cut-out between its core profile and its load introduction element .
A method for controlling the output of a visible frame in a first visible light communication, VLC, device communicating with one or more second VLC devices by using a user data frame or the visible frame which is a visible light signal carrying no user data, the method comprising: identifying whether to permit each of the one or more second VLC devices to transmit a second visible frame; transmitting, to each of the one or more second VLC devices , a first visible frame including a bit indicating whether each of the one or more second VLC devices is permitted to transmit the second visible frame, and wherein said each second VLC device is permitted to transmit the second visible frame in case that the bit indicates ' 1' and, wherein said each second VLC device is not permitted to transmit the second visible frame in case that the bit indicates '0'. identifying whether to permit each of the one or more second VLC devices to transmit a second visible frame; transmitting, to each of the one or more second VLC devices , a first visible frame including a bit indicating whether each of the one or more second VLC devices is permitted to transmit the second visible frame, and wherein said each second VLC device is permitted to transmit the second visible frame in case that the bit indicates ' 1' and, wherein said each second VLC device is not permitted to transmit the second visible frame in case that the bit indicates '0'.
A short fiber treatment agent composition for fibers having a length of 100mm or shorter, comprising: a fatty acid derivative; at least one selected from fatty acids and oils and fats; a polyhydric alcohol excluding polyoxyethylene polyoxypropylene glycol that includes 20 oxyethylene units and 30 oxypropylene units, and at least one lubricant selected from a hydrocarbon compound, an ester excluding the oils and fats, and a silicone, wherein the fatty acid derivative is a compound obtained by adding an alkylene oxide, at a ratio of 0.1 to 30 mol, to 1 mol of a fatty acid having 12 to 24 carbon atoms, the fatty acids have 12 to 24 carbon atoms, the oils and fats are at least one selected from vegetable oils, animal oils, and hardened oils thereof, and the polyhydric alcohol has 2 to 6 hydroxy groups in the molecule. a fatty acid derivative; at least one selected from fatty acids and oils and fats; a polyhydric alcohol excluding polyoxyethylene polyoxypropylene glycol that includes 20 oxyethylene units and 30 oxypropylene units, and at least one lubricant selected from a hydrocarbon compound, an ester excluding the oils and fats, and a silicone, wherein the fatty acid derivative is a compound obtained by adding an alkylene oxide, at a ratio of 0.1 to 30 mol, to 1 mol of a fatty acid having 12 to 24 carbon atoms, the fatty acids have 12 to 24 carbon atoms, the oils and fats are at least one selected from vegetable oils, animal oils, and hardened oils thereof, and the polyhydric alcohol has 2 to 6 hydroxy groups in the molecule.
A method of 3-D printing comprising a. applying a layer of build material onto a print platform, wherein the build material comprises particles of a polymer comprising polymer chains having at least one reactive group that is protected with a protecting group, b. printing a de-protecting agent at selected locations on the layer of build material, and c. coalescing particles of the polymer at the printed locations on the layer of build material to form a coalesced polymer layer. a. applying a layer of build material onto a print platform, wherein the build material comprises particles of a polymer comprising polymer chains having at least one reactive group that is protected with a protecting group, b. printing a de-protecting agent at selected locations on the layer of build material, and c. coalescing particles of the polymer at the printed locations on the layer of build material to form a coalesced polymer layer.
A detection device comprising: a movement detector configured to include light emitters and light receivers, wherein in accordance with movement of a moving body among moving bodies, each moving body corresponding to a different combination of one of the light emitters and one of the light receivers, a light reception level of the light receiver in a combination corresponding to the moving body changes; a light emission controller configured to cause each of the light emitters to sequentially emit light in each light emission period by providing a driving signal, and to cause a signal level of the driving signal to differ between unit periods within the light emission period; and a detected value selector configured to select, for each light emission period, a light reception level in one of the unit periods within the light emission period as a detected value for each of the light receivers. a movement detector configured to include light emitters and light receivers, wherein in accordance with movement of a moving body among moving bodies, each moving body corresponding to a different combination of one of the light emitters and one of the light receivers, a light reception level of the light receiver in a combination corresponding to the moving body changes; a light emission controller configured to cause each of the light emitters to sequentially emit light in each light emission period by providing a driving signal, and to cause a signal level of the driving signal to differ between unit periods within the light emission period; and a detected value selector configured to select, for each light emission period, a light reception level in one of the unit periods within the light emission period as a detected value for each of the light receivers.
An expression vector for expressing a target polypeptide in a prokaryotic cell, comprising a promoter operably linked to a polynucleotide encoding a target polypeptide operably linked to a eukaryotic secretion leader sequence, the eukaryotic secretion leader sequence encoding a signal peptide having the sequence MLKRSSWLATLGLLTVASVSTIVYA (SEQ ID NO 1) or a functional equivalent thereof.
An electronic device comprising: a main body including at least one display ; a wearable part connected to at least a part of the main body ; a detector configured to detect information of a fastening position of the wearable part; and at least one processor configured to perform a function corresponding to the fastening position detected by the detector and wherein the at least one processor is configured to search for user information in a database and to determine a user profile based on the detected fastening position, and transmit information on the determined user profile to an external electronic device . a main body including at least one display ; a wearable part connected to at least a part of the main body ; a detector configured to detect information of a fastening position of the wearable part; and at least one processor configured to perform a function corresponding to the fastening position detected by the detector and wherein the at least one processor is configured to search for user information in a database and to determine a user profile based on the detected fastening position, and transmit information on the determined user profile to an external electronic device .
Coffee grinder-doser comprising - a grinder-doser body , - a containment compartment which contains an electric motor and at least a coffee grinder operatively connected to said electric motor , configured to grind coffee beans into grounds, - a conveyor of said ground coffee, - a support for a container suitable to receive the ground coffee from an output of said conveyor , the support being mechanically connected to a weighing device by pulley means , the weighing device being placed inside a hollow body , wherein the pulley means comprise a block which discharges the weight from the support to the weighing device , said block crossing a front opening of the hollow body , characterized in that the grinder-doser comprises means of protecting the ground coffee joined to the block in order to divert and/or increase the path of the ground coffee to enter the hollow body through the front opening . - a grinder-doser body , - a containment compartment which contains an electric motor and at least a coffee grinder operatively connected to said electric motor , configured to grind coffee beans into grounds, - a conveyor of said ground coffee, - a support for a container suitable to receive the ground coffee from an output of said conveyor , the support being mechanically connected to a weighing device by pulley means , the weighing device being placed inside a hollow body , wherein the pulley means comprise a block which discharges the weight from the support to the weighing device , said block crossing a front opening of the hollow body , characterized in that the grinder-doser comprises means of protecting the ground coffee joined to the block in order to divert and/or increase the path of the ground coffee to enter the hollow body through the front opening .
A composition comprising: (i) a fluoroelastomer containing a unit of a monomer containing a at least one crosslinkable group selected from cyano, carboxy, alkoxycarbonyl and acid halide; and (ii) an elongated sheet-shaped graphene exhibiting - a ratio (L/W) of a maximum length (L) and a width (W) of 2 to 10 5 , and - a ratio (L/T) of the maximum length (L) and a thickness (T) of 1 × 10 1 to 1 × 10 7 , wherein L, W and T are determined by observing the graphene using a scanning electron microscope (SEM), a transmission electron microscope (TEM) or an atomic force microscope (AFM). (i) a fluoroelastomer containing a unit of a monomer containing a at least one crosslinkable group selected from cyano, carboxy, alkoxycarbonyl and acid halide; and (ii) an elongated sheet-shaped graphene exhibiting - a ratio (L/W) of a maximum length (L) and a width (W) of 2 to 10 5 , and - a ratio (L/T) of the maximum length (L) and a thickness (T) of 1 × 10 1 to 1 × 10 7 , wherein L, W and T are determined by observing the graphene using a scanning electron microscope (SEM), a transmission electron microscope (TEM) or an atomic force microscope (AFM). - a ratio (L/W) of a maximum length (L) and a width (W) of 2 to 10 5 , and - a ratio (L/T) of the maximum length (L) and a thickness (T) of 1 × 10 1 to 1 × 10 7 ,
A medical preparation dividing unit for dividing a medical preparation stored in a storage member into a plurality of division bags (20a-20d) by head, the medical preparation dividing unit comprising: the storage member , a head tube having one end to which the storage member is connectable; a branch portion provided to another end of the head tube ; a plurality of branch tubes (18a-18d) having one ends connected to the branch portion ; the plurality of division bags (20a-20d) having inlets (21a-21d) to which another ends of the branch tubes (18a-18d) are connected, and formed into the same shape and the same size as one another; and a holding tool for holding the plurality of division bags (20a-20d) with the inlets (21a-21d) facing downward, below the storage member , and for holding the plurality of inlets (21a-21d) at the same height position above the branch portion , wherein a curved portion is formed in the head tube on the other end side, an inlet of the branch portion is arranged above the curved portion , and outlets of the branch portion are arranged above the inlet of the branch portion , in a state where the plurality of division bags (20a-20d) is held with the holding tool , wherein the holding tool includes a connection portion that connects the plurality of division bags (20a-20d) with one another, and a mount portion provided to the connection portion and detachably mounted to the head tube . the storage member , a head tube having one end to which the storage member is connectable; a branch portion provided to another end of the head tube ; a plurality of branch tubes (18a-18d) having one ends connected to the branch portion ; the plurality of division bags (20a-20d) having inlets (21a-21d) to which another ends of the branch tubes (18a-18d) are connected, and formed into the same shape and the same size as one another; and a holding tool for holding the plurality of division bags (20a-20d) with the inlets (21a-21d) facing downward, below the storage member , and for holding the plurality of inlets (21a-21d) at the same height position above the branch portion , wherein a curved portion is formed in the head tube on the other end side, an inlet of the branch portion is arranged above the curved portion , and outlets of the branch portion are arranged above the inlet of the branch portion , in a state where the plurality of division bags (20a-20d) is held with the holding tool , wherein the holding tool includes a connection portion that connects the plurality of division bags (20a-20d) with one another, and a mount portion provided to the connection portion and detachably mounted to the head tube .
A method for receiving a radio resource control, RRC, message by a user equipment, UE, comprising: receiving an RRC connection reconfiguration message including mobility control information and/or secondary cell group, SCG, configuration parameters for SCG addition; starting synchronizing to a downlink of a target primary cell, PCell, in a case that the RRC connection reconfiguration message including the mobility control information is received; resetting a medium access control, MAC, entity of a master cell group, MCG and a MAC entity of the SCG in a case that any MAC entity of the SCG is configured and the RRC connection reconfiguration message including the mobility control information is received; and releasing the SCG configuration parameters in a case that the RRC connection reconfiguration message including the mobility control information is received, wherein the MAC entity of the MCG and the MAC entity of the SCG are configured for the UE, the MCG includes at least one PCell, and the SCG includes a first cell which is configured with a physical uplink control channel, PUCCH. receiving an RRC connection reconfiguration message including mobility control information and/or secondary cell group, SCG, configuration parameters for SCG addition; starting synchronizing to a downlink of a target primary cell, PCell, in a case that the RRC connection reconfiguration message including the mobility control information is received; resetting a medium access control, MAC, entity of a master cell group, MCG and a MAC entity of the SCG in a case that any MAC entity of the SCG is configured and the RRC connection reconfiguration message including the mobility control information is received; and releasing the SCG configuration parameters in a case that the RRC connection reconfiguration message including the mobility control information is received, wherein the MAC entity of the MCG and the MAC entity of the SCG are configured for the UE, the MCG includes at least one PCell, and the SCG includes a first cell which is configured with a physical uplink control channel, PUCCH.
A diffusion lens comprising: a first lens surface having a concave curved shape such that light generated from a light source is incident on the first lens surface ; a second lens surface having a convex curved shape such that part of the light incident on the first lens surface is output from the second lens surface ; a side surface extending from a periphery of the second lens surface in a vertical direction of the diffusion lens such that part of the rest of the light incident on the first lens surface is output from the side surface ; and a bottom surface extending from a periphery of the first lens surface in a horizontal direction of the diffusion lens to meet a periphery of the side surface , wherein rates of change of the first lens surface and the second lens surface have the same sign, and wherein a pattern in which arbitrary shapes are irregularly disposed or a pattern in which specified shapes are regularly or irregularly disposed is formed on the side surface and the bottom surface to diffuse the light passing through the side surface and diffuse the light reflected by the bottom surface , characterized in that the pattern on the bottom surface is formed on part of the bottom surface , wherein a diameter ratio d/D between a diameter "d" of a region where the pattern of the bottom surface is formed and a diameter "D" of the bottom surface ranges from 0.90 to 0.94. a first lens surface having a concave curved shape such that light generated from a light source is incident on the first lens surface ; a second lens surface having a convex curved shape such that part of the light incident on the first lens surface is output from the second lens surface ; a side surface extending from a periphery of the second lens surface in a vertical direction of the diffusion lens such that part of the rest of the light incident on the first lens surface is output from the side surface ; and a bottom surface extending from a periphery of the first lens surface in a horizontal direction of the diffusion lens to meet a periphery of the side surface , wherein rates of change of the first lens surface and the second lens surface have the same sign, and wherein a pattern in which arbitrary shapes are irregularly disposed or a pattern in which specified shapes are regularly or irregularly disposed is formed on the side surface and the bottom surface to diffuse the light passing through the side surface and diffuse the light reflected by the bottom surface , characterized in that the pattern on the bottom surface is formed on part of the bottom surface , wherein a diameter ratio d/D between a diameter "d" of a region where the pattern of the bottom surface is formed and a diameter "D" of the bottom surface ranges from 0.90 to 0.94.
Stabilised spherical, amorphous calcium carbonate particles with an average particle diameter in the range from 0.05 μm to 2.0 μm and a water content of not more than 5.0% by weight relative to the total weight thereof and measured as residual moisture at 200°C, characterised in that a) the calcium carbonate particles contain at least one substance that has a molar mass greater than 100 g/mol and conforms to the formula R-X n , wherein the radical R stands for a radical having at least one carbon atom, radical X stands for a group having at least one oxygen atom and at least one carbon atom, sulphur atom, phosphorus atom and/or nitrogen atom, and n preferably represents a whole number in the range from 1 to 20, b) the fraction of crystalline calcium carbonate is less than 30% by weight, relative to the total weight of the calcium carbonate, c) the specific surface area of the calcium carbonate particles is not more than 12 m 2 /g, wherein the residual moisture, the fraction of crystalline calcium carbonate and the specific surface area of the calcium carbonate particles are determined as described in the specification. a) the calcium carbonate particles contain at least one substance that has a molar mass greater than 100 g/mol and conforms to the formula R-X n , wherein the radical R stands for a radical having at least one carbon atom, radical X stands for a group having at least one oxygen atom and at least one carbon atom, sulphur atom, phosphorus atom and/or nitrogen atom, and n preferably represents a whole number in the range from 1 to 20, b) the fraction of crystalline calcium carbonate is less than 30% by weight, relative to the total weight of the calcium carbonate, c) the specific surface area of the calcium carbonate particles is not more than 12 m 2 /g,