mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for topical administration to an external body surface comprising: a polyhydroxy acid and a zinc salt of its conjugate base, wherein the polyhydroxy acid is selected from lactobionic acid, gluconolactone, or a combination of lactobionic acid and gluconolactone, a partition coefficient enhancer selected from propylene glycol, butylene glycol, pentylene glycol, hexylene glycol, 1,5 pentane diol, and a combination thereof wherein the partition coefficient enhancer is at 15 - 30% w/w of the composition, a diffusion coefficient enhancer which is selected from a C12 to C14 straight chain fatty acid or a C14 straight chain primary alcohol wherein the diffusion coefficient enhancer is at 1.0 - 2.0% w/w of the composition, and wherein the composition has a pH in the range of 2.7 to 5.0. a polyhydroxy acid and a zinc salt of its conjugate base, wherein the polyhydroxy acid is selected from lactobionic acid, gluconolactone, or a combination of lactobionic acid and gluconolactone, a partition coefficient enhancer selected from propylene glycol, butylene glycol, pentylene glycol, hexylene glycol, 1,5 pentane diol, and a combination thereof wherein the partition coefficient enhancer is at 15 - 30% w/w of the composition, a diffusion coefficient enhancer which is selected from a C12 to C14 straight chain fatty acid or a C14 straight chain primary alcohol wherein the diffusion coefficient enhancer is at 1.0 - 2.0% w/w of the composition, and wherein the composition has a pH in the range of 2.7 to 5.0.
An ultrasonic sensor comprising an ultrasonic transducer , the ultrasonic transducer comprising: a piezoelectric element ; and an active electrode and a counter electrode adapted for electrical connection to the piezoelectric element; wherein the piezoelectric element, the active electrode and the counter electrode are comprised in at least part of an electrical circuit for operating the piezoelectric element; the ultrasonic sensor is configured to be mountable to an entity to be sensed; and characterised in that the ultrasonic sensor is adapted such that removal of the ultrasonic sensor from the entity causes a breaking of the electrical circuit so as to render the ultrasonic sensor inoperable or irreversibly inoperable. a piezoelectric element ; and an active electrode and a counter electrode adapted for electrical connection to the piezoelectric element; wherein the piezoelectric element, the active electrode and the counter electrode are comprised in at least part of an electrical circuit for operating the piezoelectric element; the ultrasonic sensor is configured to be mountable to an entity to be sensed; and characterised in that the ultrasonic sensor is adapted such that removal of the ultrasonic sensor from the entity causes a breaking of the electrical circuit so as to render the ultrasonic sensor inoperable or irreversibly inoperable.
A method of operating a memory device, the method comprising: receiving , from a host device , a command requesting an Eye Open Monitor, hereinafter referred to as EOM, operation; receiving pattern data including one or more data symbols and one or more non-data symbols from the host device , wherein the one or more data symbols includes an information symbol and/or a pattern symbol; counting , in an error count and as part of the EOM operation, first errors corresponding to the one or more data symbols; not counting, in the error count, second errors corresponding to the one or more non-data symbols; and transmitting , to the host device , an EOM response signal including the error count. receiving , from a host device , a command requesting an Eye Open Monitor, hereinafter referred to as EOM, operation; receiving pattern data including one or more data symbols and one or more non-data symbols from the host device , wherein the one or more data symbols includes an information symbol and/or a pattern symbol; counting , in an error count and as part of the EOM operation, first errors corresponding to the one or more data symbols; not counting, in the error count, second errors corresponding to the one or more non-data symbols; and transmitting , to the host device , an EOM response signal including the error count.
A method, comprising: loading degradable hydrogel beads onto a sequencing flow cell under conditions sufficient for capture of the degradable hydrogel beads on a surface of the sequencing flow cell, wherein: the degradable hydrogel beads contain sequencing libraries prepared from encapsulated genetic material; or the degradable hydrogel beads contain encapsulated genetic material, and the method further comprises preparing sequencing libraries in the captured degradable hydrogel beads from the genetic material; and loading a liquid diffusion barrier onto the sequencing flow cell that surrounds the hydrogel beads; and degrading the captured hydrogel beads in the presence of the liquid diffusion barrier to inhibit diffusion of the sequencing libraries beyond a diameter of the corresponding hydrogel bead and to allow transport and seeding of the sequencing libraries to the surface of the sequencing flow cell in relative close proximity of a footprint of the corresponding hydrogel bead. loading degradable hydrogel beads onto a sequencing flow cell under conditions sufficient for capture of the degradable hydrogel beads on a surface of the sequencing flow cell, wherein: the degradable hydrogel beads contain sequencing libraries prepared from encapsulated genetic material; or the degradable hydrogel beads contain encapsulated genetic material, and the method further comprises preparing sequencing libraries in the captured degradable hydrogel beads from the genetic material; and the degradable hydrogel beads contain sequencing libraries prepared from encapsulated genetic material; or the degradable hydrogel beads contain encapsulated genetic material, and the method further comprises preparing sequencing libraries in the captured degradable hydrogel beads from the genetic material; and loading a liquid diffusion barrier onto the sequencing flow cell that surrounds the hydrogel beads; and degrading the captured hydrogel beads in the presence of the liquid diffusion barrier to inhibit diffusion of the sequencing libraries beyond a diameter of the corresponding hydrogel bead and to allow transport and seeding of the sequencing libraries to the surface of the sequencing flow cell in relative close proximity of a footprint of the corresponding hydrogel bead.
Vehicle headlamp , comprising a headlamp housing , at least one light module which is arranged to emit a light beam , and further comprising a module support which supports the at least one light module and which is mounted tiltably in the headlamp housing , and a control unit which comprises a sensor means and a memory and which is set up to detect at least two operating parameters of the vehicle headlamp by means of the sensor means , and an assembly for headlight range control, which comprises an actuating device which is arranged between the headlight housing and the module support and which is set up to incline the module support with respect to the headlight housing , wherein the control device uses the at least two detected operating parameters when reading out at least two reference values stored in the memory , and the control device transmits the at least two reference values to the module for headlamp levelling which actuates the actuating device using the at least two reference values, the sensor means comprising at least two sensors which detect different operating parameters and at least two reference values of the relevant operating parameters being used when reading out from the memory , one operating parameter being a temperature parameter of the vehicle headlamp and the sensor means comprising a temperature sensor, a further operating parameter being an operating time parameter or a service life parameter of the vehicle headlamp and the sensor means comprises at least one clock, or the operating time parameter is determined by a number of start-ups of the vehicle by the sensor means , the number of start-ups preferably being greater than ten, particularly preferably greater than one hundred, or the operating time parameter is determined from the number of operating hours by the sensor means , the number of operating hours preferably being greater than one hundred, particularly preferably greater than one thousand.
A communication device for receiving a service in an unlicensed cell when operating in a licensed cell and the unlicensed cell, the communication device comprising: a storage unit for storing instructions of: receiving information of a resource pool in the unlicensed cell from a network ; detecting a first starting point of a first service in the resource pool according to the information of the resource pool ; and receiving the first service according to the first starting point and a duration of the first service, after the first starting point is detected ; wherein the communication device detects the first starting point by detecting a discovery signal for the first service, and the discovery signal comprises at least one of a common reference signal, CRS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. receiving information of a resource pool in the unlicensed cell from a network ; detecting a first starting point of a first service in the resource pool according to the information of the resource pool ; and receiving the first service according to the first starting point and a duration of the first service, after the first starting point is detected ; wherein the communication device detects the first starting point by detecting a discovery signal for the first service, and the discovery signal comprises at least one of a common reference signal, CRS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
Temperature control and transformation device for a 3D printer , for transforming at least one plastic filament from a solid state into a melted viscous printing material, - having a printing nozzle for dispensing the printing material, - having a base body , -- having at least one filament channel with an inlet for supplying the at least one plastic filament and with an outlet for dispensing the printing material to the printing nozzle , -- having a heating receptacle for a heating unit , wherein the heating receptacle is adjacent to a melting volume (SV1 + SV2) of the filament channel , in which printing material melted by means of the heating unit is present during operation of the device , - wherein the base body is manufactured from a metal having a coefficient of thermal conduction of less than 100 W/(mK), - wherein the filament channel is in thermally conductive connection to at least one cooling body for heat dissipation via an inlet-side cooling channel section of the filament channel , - wherein the cooling body is configured such that cooling air is guided towards the cooling channel section. - having a printing nozzle for dispensing the printing material, - having a base body , -- having at least one filament channel with an inlet for supplying the at least one plastic filament and with an outlet for dispensing the printing material to the printing nozzle , -- having a heating receptacle for a heating unit , wherein the heating receptacle is adjacent to a melting volume (SV1 + SV2) of the filament channel , in which printing material melted by means of the heating unit is present during operation of the device , -- having at least one filament channel with an inlet for supplying the at least one plastic filament and with an outlet for dispensing the printing material to the printing nozzle , -- having a heating receptacle for a heating unit , wherein the heating receptacle is adjacent to a melting volume (SV1 + SV2) of the filament channel , in which printing material melted by means of the heating unit is present during operation of the device , - wherein the base body is manufactured from a metal having a coefficient of thermal conduction of less than 100 W/(mK), - wherein the filament channel is in thermally conductive connection to at least one cooling body for heat dissipation via an inlet-side cooling channel section of the filament channel , - wherein the cooling body is configured such that cooling air is guided towards the cooling channel section.
A flame retardant resin composition comprising: a thermoplastic resin; and a flame retardant, wherein the flame retardant comprises a phosphorylated lignin derivative, and wherein the phosphorylated lignin derivative is produced by adding phosphoric acid to a lignin derivative obtained by subjecting a naturally occurring lignin to a predetermined treatment, wherein the lignin derivative obtained by subjecting the naturally occurring lignin to the predetermined treatment is a kraft lignin or a phenolated sulfuric acid lignin, wherein the lignin derivative is hydroxymethylated before adding phosphoric acid. a thermoplastic resin; and a flame retardant, wherein the flame retardant comprises a phosphorylated lignin derivative, and wherein the phosphorylated lignin derivative is produced by adding phosphoric acid to a lignin derivative obtained by subjecting a naturally occurring lignin to a predetermined treatment, wherein the lignin derivative obtained by subjecting the naturally occurring lignin to the predetermined treatment is a kraft lignin or a phenolated sulfuric acid lignin, wherein the lignin derivative is hydroxymethylated before adding phosphoric acid.
Rotary-drum heat-pump laundry dryer comprising: a revolving drum structured for housing the laundry to be dried, a hot-air generator comprising a heat-pump and being structured to supply a stream of hot air through said revolving drum , and an outer boxlike casing comprising reciprocally-faced front and rear walls and a lower supporting base which is structured for resting on the floor and for housing at least part of the hot-air generator , wherein the lower supporting basement or socle is made in plastic material, and wherein a laundry loading/unloading opening is formed in the front wall , wherein the drum extends inside the boxlike casing coaxial to a longitudinal reference axis L while remaining locally aligned to the laundry loading/unloading opening on the front wall of the boxlike casing , a number of idle supporting rollers being arranged approximately at the two axial ends of the drum with their rotation axis locally substantially parallel to the longitudinal reference axis L of the drum and being fitted in a free revolving manner; the hot-air generator comprising: - an air conduit; and - air circulating means which are located along the air conduit and are structured to produce, inside the air conduit, an airflow (f) which flows through the revolving drum and over the laundry inside the drum ; characterized in that the rear wall of the dryer comprises a supporting bulkhead made of plastic material, wherein the supporting bulkhead comprises a circular groove for accommodating a sealing gasket and the dryer further comprises a circular sealing gasket being fitted or recessed into the circular groove , or the supporting bulkhead comprises a cylindrical gasket-supporting collar protruding from the inner face of the bulkhead and the dryer further comprises a circular sealing gasket being fitted or recessed into the gasket-supporting collar; and wherein in use a circular rear rim of the rotatable drum is pressed on the sealing gasket ; and in that two supporting bosses of two drum supporting rollers are made of plastic material and carried out in one piece with said supporting bulkhead . a revolving drum structured for housing the laundry to be dried, a hot-air generator comprising a heat-pump and being structured to supply a stream of hot air through said revolving drum , and an outer boxlike casing comprising reciprocally-faced front and rear walls and a lower supporting base which is structured for resting on the floor and for housing at least part of the hot-air generator , wherein the lower supporting basement or socle is made in plastic material, and wherein a laundry loading/unloading opening is formed in the front wall , - an air conduit; and - air circulating means which are located along the air conduit and are structured to produce, inside the air conduit, an airflow (f) which flows through the revolving drum and over the laundry inside the drum ;
A central lubrication distribution system , in particular on a thermoforming machine having a programmable logic controller , for supplying the lubrication points (6a-f, 7a-f) with a lubricant, a lubrication distributor , supplied by a lubricant source, being connected to the individual consumers via lubricant lines (4a-f, 5a-f), which are constructed with a pressure switch and have a shut-off valve both at their end facing the lubrication distributor and at their end facing the consumer (6a-f, 7a-f), characterized in that each lubricant line (4a-f, 5a-f) is constructed as a closed system with non-return valves as shut-off valves, wherein first and second pressure switches assigned to each lubricant line (4a-f, 5a-f) monitor the minimum and maximum pressure in the lubricant lines (4a-f, 5a-f), and wherein the non-return valves assigned to the lubrication distributor are arranged upstream of the pressure switches in the direction of flow of the lubrication distributor and the non-return valves assigned to the consumers are arranged downstream of the pressure switches and wherein the distributor-side non-return valves and the consumer-side non-return valves are open during a lubrication interval for supplying the consumers (6a-f, 7a-f) with the lubricant and are closed outside of the lubrication intervals for pressure monitoring of the lubricant lines (4a-f, 5a-f).
A method of changing a connection mode by a base station, BS, the method comprising: receiving a connection re-establishment indication together with a connection release command for a user equipment, UE, from a core network; transmitting a connection release message including information on the connection re-establishment indication to the user equipment having a connection of a first mode; releasing the connection of the first mode from the UE while maintaining an uplink resource allocated to the UE; and receiving a connection request through the uplink resource without a random access procedure after releasing the connection of the first mode. receiving a connection re-establishment indication together with a connection release command for a user equipment, UE, from a core network; transmitting a connection release message including information on the connection re-establishment indication to the user equipment having a connection of a first mode; releasing the connection of the first mode from the UE while maintaining an uplink resource allocated to the UE; and receiving a connection request through the uplink resource without a random access procedure after releasing the connection of the first mode.
A pressure die comprising a die housing , a single pressure insert , a single drawing insert and a locking ring configured to lock the pressure insert with respect to said die housing , wherein said die housing comprises a conical longitudinal through-hole having a single taper angle from a first larger-diameter inlet end to a second smaller-diameter outlet end ; wherein the pressure insert is inserted into the conical longitudinal through-hole and positioned close to the inlet end ; wherein the drawing insert is inserted into the conical longitudinal through-hole and positioned close to the outlet end ; and wherein the pressure insert and the drawing insert are tapered with a taper angle complementing the taper angle of the conical longitudinal hole and have dimensions such that they are not in contact with each other and define a pressure chamber for a drawing lubricant. wherein said die housing comprises a conical longitudinal through-hole having a single taper angle from a first larger-diameter inlet end to a second smaller-diameter outlet end ; wherein the pressure insert is inserted into the conical longitudinal through-hole and positioned close to the inlet end ; wherein the drawing insert is inserted into the conical longitudinal through-hole and positioned close to the outlet end ; and wherein the pressure insert and the drawing insert are tapered with a taper angle complementing the taper angle of the conical longitudinal hole and have dimensions such that they are not in contact with each other and define a pressure chamber for a drawing lubricant.
A parallelogram wire gripping apparatus for use in wire straining, said apparatus comprising a pair of distal arms and a pair of proximal arms , the distal ends of the distal arms being pivoted to each other to form a first pivot point and being shaped to form a wire clamp, each proximal end of the distal arms being pivoted to a corresponding distal end of the proximal arms to form a second and a third pivot point, wherein each proximal arm is pivoted together at a midpoint thereof to form a fourth pivot point, a spring interconnects said proximal arms at a location intermediate said distal ends of said proximal arms and said midpoint, and urges said wire clamp closed, and said proximal arms extend beyond said midpoint in opposite directions to form a pair of graspable plier-like handles which when moved against the action of said spring opens said wire clamp.