mhurhangee/patent-ind-claim-en huggingface dataset:
A RF, Radio Frequency, transceiver for short-range RF communication with a further RF transceiver, the RF transceiver comprising: a RF transmitter ; a clock generator coupled to the RF transmitter, the clock generator comprising a crystal oscillator circuit including an amplifier, a distance monitor configured to monitor the distance between the RF transceiver and the further RF transceiver; a controller coupled to the distance monitor and the clock generator; characterized in that the controller is configured to vary the crystal oscillator swing amplitude dependent on the distance between the RF transceiver and the further RF transceiver. a RF transmitter ; a clock generator coupled to the RF transmitter, the clock generator comprising a crystal oscillator circuit including an amplifier, a distance monitor configured to monitor the distance between the RF transceiver and the further RF transceiver; a controller coupled to the distance monitor and the clock generator; characterized in that the controller is configured to vary the crystal oscillator swing amplitude dependent on the distance between the RF transceiver and the further RF transceiver.
A bioreactor system comprising: - a base station (11; 17) comprising a control system, - a tray (31; 41) arranged to be provided on the base station (11; 17) and arranged to house a bioreactor bag, wherein said base station (11; 17) comprises at least one temperature sensor means ; the system being characterised in that said tray comprises at least one opening (33; 43a, 43b) for receiving said temperature sensor means such that the temperature sensor means within the opening will in use be pushed into contact with a surface of a bioreactor bag provided in the tray, the at least one opening being larger than the temperature sensor means. - a base station (11; 17) comprising a control system, - a tray (31; 41) arranged to be provided on the base station (11; 17) and arranged to house a bioreactor bag,
A method for determining a resource, comprising: determining , by a terminal, a first time domain resource of a repetition Physical Uplink Control CHannel, PUCCH, for sending uplink control information according to a quantity of time slots, a starting time point and a quantity of symbols of the repetition PUCCH in each time slot indicated by a first configuration information and an available time domain resource for uplink transmission indicated by a second configuration information; and sending , by the terminal, the uplink control information to an access network device through the first time domain resource in the quantity of time slots, wherein the quantity is n and n is a positive integer. determining , by a terminal, a first time domain resource of a repetition Physical Uplink Control CHannel, PUCCH, for sending uplink control information according to a quantity of time slots, a starting time point and a quantity of symbols of the repetition PUCCH in each time slot indicated by a first configuration information and an available time domain resource for uplink transmission indicated by a second configuration information; and sending , by the terminal, the uplink control information to an access network device through the first time domain resource in the quantity of time slots, wherein the quantity is n and n is a positive integer.
A material for packaging foodstuff, the material comprising paper, said paper being base paper coated on at least one side with a coating , characterized in that - the coating consists of - one or more flaky coating pigments, and - polyvinyl alcohol, the total dry weight of said flaky coating pigment and polyvinyl alcohol containing 20 to 60 wt% of polyvinyl alcohol, preferably at least 40 wt% of polyvinyl alcohol, and - the content of the coating in the material , in dry weight, being 6 to 14 g/m 2 , wherein the water vapour transmission rate of the material at an air humidity of 50% and a temperature of 23°C is 2 to 12 g/m 2 /day, and the material has a KIT value of preferably 4 to 9, wherein the water vapour transmission rate and the KIT value are measured respectively according to the method disclosed herein. - the coating consists of - one or more flaky coating pigments, and - polyvinyl alcohol, the total dry weight of said flaky coating pigment and polyvinyl alcohol containing 20 to 60 wt% of polyvinyl alcohol, preferably at least 40 wt% of polyvinyl alcohol, and - one or more flaky coating pigments, and - polyvinyl alcohol, - the content of the coating in the material , in dry weight, being 6 to 14 g/m 2 ,
A vacuum plasma gun comprising: a rear gun body section comprising an electrode ; and a cascade section configured to connect to the rear gun body section, wherein the cascade section comprises a plurality of neutrodes arranged to form a neutrode stack , wherein the neutrodes have a disk-shaped body having an outer peripheral surface and a central bore ; and a plurality of cooling channels formed at least one of in or on the outer peripheral surface, characterized in that the plurality of cooling channels comprises axial bores extending through the disk . a rear gun body section comprising an electrode ; and a cascade section configured to connect to the rear gun body section, wherein the cascade section comprises a plurality of neutrodes arranged to form a neutrode stack , wherein the neutrodes have a disk-shaped body having an outer peripheral surface and a central bore ; and a plurality of cooling channels formed at least one of in or on the outer peripheral surface, characterized in that the plurality of cooling channels comprises axial bores extending through the disk .
An adapter for a through-windshield sensor comprising: - a housing having a first face attachable to an inner surface of a windshield and a second face attachable to a front face of the through-windshield sensor to define an enclosed volume therebetween, the enclosed volume located with respect to the through-windshield sensor to permit sensing by the through-windshield sensor through an area of the windshield abutting the enclosed volume; and - an electrical resistance heater supported by the housing and communicating with the enclosed volume to heat air within the enclosed volume to improve transparency of the windshield against environmental moisture by heating the area of the windshield abutting the enclosed volume, characterized in that the electrical resistance heater includes a first portion extending inside the enclosed volume to attach to the windshield at a periphery of an area of the windshield abutting the enclosed volume, wherein the electrical resistance heater is a conductive polymer on a flexible substrate and further includes a second portion deformable with respect to a plane of the first portion to attach to a wall of the housing , and wherein the second portion attaches to a lowermost sidewall of the housing , wherein the first and second portions are formed from a single continuous sheet of flexible material with the second portion formed from the single continuous sheet from an area within the first portion . - a housing having a first face attachable to an inner surface of a windshield and a second face attachable to a front face of the through-windshield sensor to define an enclosed volume therebetween, the enclosed volume located with respect to the through-windshield sensor to permit sensing by the through-windshield sensor through an area of the windshield abutting the enclosed volume; and - an electrical resistance heater supported by the housing and communicating with the enclosed volume to heat air within the enclosed volume to improve transparency of the windshield against environmental moisture by heating the area of the windshield abutting the enclosed volume,
A method for operating payment machines of an ID-based access control system for a post-payment scenario, in which the corresponding fees are to be paid when leaving the area covered by the access control system, comprising a central server and at least one access control device , via which IDs of customer media are read and forwarded to the central server , which, on the basis of the ID, grants or denies access via the access control device transmitting the ID, wherein each access control device of the access control system is assigned to a zone, characterized in that each payment machine (4, 4', 4") of the access control system is assigned to a zone of the access control system, each zone having a unique zone ID, that when beginning to carry out the method for each zone a presence database created in the central server is forwarded via one or more proxy servers to the payment machines (4, 4', 4") of each zone and stored in the payment machines (4, 4', 4"), wherein thereafter at predetermined or definable intervals or when the delta changes recorded in the central server , namely the IDs of the customer media that are no longer present in the zone and the IDs of the customer media that have been added, in a zone exceed a predefined threshold for the customer media added to this zone and/or for the customer media no longer present in this zone, a file containing the delta changes is transmitted via one or more proxy servers to the payment machines (4, 4', 4") of each zone to update the presence database stored in the payment machines (4, 4', 4"), that the presence database of each zone has as parameters the zone ID, the IDs of the customer media present in the zone, the time of the first recording of a customer medium in that zone and/or a service ID, wherein in the event that only one zone is provided the zone ID is omitted and wherein if only one service is offered the service ID is omitted, and wherein the newly added customer media in a zone are recorded by the at least one access control device of that zone and the customer media no longer present in that zone are recorded on the basis of the transaction data of the payment machines (4, 4', 4") of that zone and that if a payment machine (4, 4', 4") in a zone is offline, the offline payment machine uses the presence database of this zone most recently updated by means of the delta changes to calculate the amount to be paid on the basis of the data contained in said database and the fees and tariff information stored in the payment machine, the payment process then being carried out, and wherein if the payment machine (4, 4', 4") later returns to an online mode, the data from the offline transactions are transferred to the central server for synchronization purposes.
A valve assembly comprising: a valve housing having an inlet and an outlet that is angled from the inlet , the valve housing defining a fluid passage therein and fluidly coupling the inlet and the outlet , the valve housing further defining a valve chamber offset from the fluid passage ; a valve member slidably disposed within the valve housing between a first position wherein the valve member is closed and abuts a seat within the valve housing , and a second position wherein the valve member is in a position a distance away from the seat and enables fluid flow from the inlet to the outlet via the fluid passage ; a biasing element configured to bias the valve member; a pressure regulator fluidly coupled to the valve chamber and adapted to provide pneumatic pressure into the valve chamber ; and a position sensor assembly provided within the valve housing , the position sensor assembly adapted to determine a location of the valve member , characterized in that the biasing element is configured to bias the valve member toward the second position. a valve housing having an inlet and an outlet that is angled from the inlet , the valve housing defining a fluid passage therein and fluidly coupling the inlet and the outlet , the valve housing further defining a valve chamber offset from the fluid passage ; a valve member slidably disposed within the valve housing between a first position wherein the valve member is closed and abuts a seat within the valve housing , and a second position wherein the valve member is in a position a distance away from the seat and enables fluid flow from the inlet to the outlet via the fluid passage ; a biasing element configured to bias the valve member; a pressure regulator fluidly coupled to the valve chamber and adapted to provide pneumatic pressure into the valve chamber ; and a position sensor assembly provided within the valve housing , the position sensor assembly adapted to determine a location of the valve member , characterized in that the biasing element is configured to bias the valve member toward the second position.
A method for orienting wound dough products in a defined end position, the dough product being produced by winding a triangular or trapezoidal dough piece along a winding section , and the dough product being wound starting from the base of the dough piece, and the narrower end of the dough piece forming an end protruding outside at the circumference of the dough product , and the end position of the dough product being defined by a specific position of the end protruding at the outside, and the wound dough product being decelerated from a translational starting speed to a translational end speed along a decelerating section , and the resulting deceleration torque being used as a driving torque for a rolling movement of the dough product so as to cause the dough product to roll on a surface, the sense of rotation of the rolling movement of the dough product corresponding to the winding direction from the inside to the outside of the wound dough product , and the rolling movement being stopped by the rolling resistance caused by the end when the defined end position, in which the end of the dough product is in contact with the surface, is reached, characterized in that the wound dough product passes through a control section between the end of the winding section and the start of the deceleration section , wherein in the control section two conveyor bands which are driven to circulate are brought into engagement on the dough product following the winding section , and wherein in the control section the translational conveying speed of the wound dough product and/or the speed of rotation of the wound dough product are set to a predefined target value.
An aqueous ink composition for a writing instrument containing 0.05 to 1.5% by mass of an oxidized cellulose and having a limiting viscosity of more than 10 mPa•s and 16 mPa•s or less derived from Casson's equation, a viscosity value of 100 to 3000 mPa•s at a shear rate of 3.83 s -1 and a viscosity value of 10 to 40 mPa•s at a shear rate of 383s wherein the viscosity values and the limiting viscosity are determined as described herein.
A process for bonding plural parts formed of a silicon carbide matrix composite material, comprising: preparing compacts having a mixed powder of silicon carbide powder and carbon powder, or sintered bodies, wherein silicon which is present on the bonding surfaces of the sintered bodies is removed, and wherein the sintered bodies are formed by impregnating molten silicon into the compacts, as a plurality of ceramic bodies corresponding to the plural parts; adhering the plural ceramic bodies by an organic adhesive; and heat-treating the organic adhesive to transform the organic adhesive into a porous body having carbon as a primary component; heating the preliminary bonded body which has the plural ceramic bodies bonded by the porous body, to a temperature of the melting point or more of silicon; and impregnating molten silicon into at least the porous body in the heated preliminary bonded body to integrally bond the plural parts via a bonding layer, wherein the bonding layer comprises a silicon carbide matrix which is composed of silicon carbide crystal grains formed by a reaction of the carbon in the porous body and the molten silicon, and a liberated silicon phase which is continuously present in network form among the silicon carbide crystal grains constituting the silicon carbide matrix. preparing compacts having a mixed powder of silicon carbide powder and carbon powder, or sintered bodies, wherein silicon which is present on the bonding surfaces of the sintered bodies is removed, and wherein the sintered bodies are formed by impregnating molten silicon into the compacts, as a plurality of ceramic bodies corresponding to the plural parts; adhering the plural ceramic bodies by an organic adhesive; and heat-treating the organic adhesive to transform the organic adhesive into a porous body having carbon as a primary component; heating the preliminary bonded body which has the plural ceramic bodies bonded by the porous body, to a temperature of the melting point or more of silicon; and impregnating molten silicon into at least the porous body in the heated preliminary bonded body to integrally bond the plural parts via a bonding layer, wherein the bonding layer comprises a silicon carbide matrix which is composed of silicon carbide crystal grains formed by a reaction of the carbon in the porous body and the molten silicon, and a liberated silicon phase which is continuously present in network form among the silicon carbide crystal grains constituting the silicon carbide matrix.
An aerosol-forming article (12; 102) comprising: an airflow inlet (37; 119) and an airflow outlet ; a medicament source (22; 126) and a volatile delivery enhancing compound source (24; 128) positioned between the airflow inlet (37; 119) and the airflow outlet ; an inner portion on which the medicament source and the volatile delivery enhancing compound source are provided; and a moveable portion (32; 120) moveable between an open position in which the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) are in fluid communication with both the airflow inlet (37; 119) and the airflow outlet , and a closed position in which each of the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) is in communication with only one or none of the airflow inlet (37; 119) and airflow outlet , wherein the moveable portion comprises an outer housing containing the inner portion , the outer housing configured for relative movement with respect to the inner portion . an airflow inlet (37; 119) and an airflow outlet ; a medicament source (22; 126) and a volatile delivery enhancing compound source (24; 128) positioned between the airflow inlet (37; 119) and the airflow outlet ; an inner portion on which the medicament source and the volatile delivery enhancing compound source are provided; and a moveable portion (32; 120) moveable between an open position in which the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) are in fluid communication with both the airflow inlet (37; 119) and the airflow outlet , and a closed position in which each of the medicament source (22; 126) and the volatile delivery enhancing compound source (24; 128) is in communication with only one or none of the airflow inlet (37; 119) and airflow outlet , wherein the moveable portion comprises an outer housing containing the inner portion , the outer housing configured for relative movement with respect to the inner portion .
An industrial fabric with a porous surface, the fabric comprising: a support structure formed of a polymeric material; and one or more layers of batt attached to the support structure; wherein the one or more layers of batt comprise polymeric bicomponent fibers, characterized in that the one or more layers of batt are treated with a plasticizer sufficient to lower the glass transition temperature of both polymers of the polymeric bicomponent fibers by 40-60°C such that the plasticizer is sorbed by the one or more layers of batt and enables heat and/or pressure to cause fiber flattening and densification of the entire layers of batt. a support structure formed of a polymeric material; and one or more layers of batt attached to the support structure; wherein the one or more layers of batt comprise polymeric bicomponent fibers, characterized in that the one or more layers of batt are treated with a plasticizer sufficient to lower the glass transition temperature of both polymers of the polymeric bicomponent fibers by 40-60°C such that the plasticizer is sorbed by the one or more layers of batt and enables heat and/or pressure to cause fiber flattening and densification of the entire layers of batt.
A latching mechanism configured to selectively secure a communication module to a receptacle of a host device, the latching mechanism comprising: a latch including a first portion including a latch hook and a latch protrusion , a second portion integral with the first portion, a third portion including two securing features separated by an intra-securing feature dimension , and a latch neck connecting the third portion to the second portion; a latch release including a latch release member having a member neck having a member neck width corresponding to the intra-securing feature dimension, the latch release configured to be positioned between the securing features of the third portion of the latch; and a cam mechanically coupled to the latch release, the cam positioned with respect to the latch such that an activation force applied to the latch release translates the cam to contact the latch protrusion and displace the latch hook. a latch including a first portion including a latch hook and a latch protrusion , a second portion integral with the first portion, a third portion including two securing features separated by an intra-securing feature dimension , and a latch neck connecting the third portion to the second portion; a latch release including a latch release member having a member neck having a member neck width corresponding to the intra-securing feature dimension, the latch release configured to be positioned between the securing features of the third portion of the latch; and a cam mechanically coupled to the latch release, the cam positioned with respect to the latch such that an activation force applied to the latch release translates the cam to contact the latch protrusion and displace the latch hook.