mhurhangee/patent-ind-claim-en huggingface dataset:
Method for thermal treatment of animal byproducts , consisting of particles with a specified edge length, wherein the animal byproducts being heated in a gas-tight reactor chamber with a connected lockable gas removal line and an connected lockable liquid removal line in several successive treatment stages with an increasing reactor temperature until a maximum treatment temperature is reached, wherein the reactor temperature of the respective treatment stage is kept constant as a predetermined holding temperature over a predetermined holding period, characterized in that - the gas removal line and the liquid removal line are closed at the beginning of the thermal treatment - the holding time of the first treatment stage is 125 min and the holding temperature of the first treatment stage is set such that the core temperature of the particles from the animal byproducts is more than 110 °C, and - the thermal treatment is carried out in further treatment stages with a gradually increasing holding temperature at least until a specified minimum sterilization time has been reached, - the minimum sterilization time is 295 minutes - the maximum treatment temperature is 550 °C, wherein the maximum treatment temperature is also the holding temperature of the last treatment stage, - wherein the gas removal line for discharging gaseous products formed in the reactor chamber is opened when a predetermined reactor temperature is reached, and - wherein the liquid removal line for discharging liquid products formed in the reactor chamber is opened when the minimum sterilization time is reached. - the gas removal line and the liquid removal line are closed at the beginning of the thermal treatment - the holding time of the first treatment stage is 125 min and the holding temperature of the first treatment stage is set such that the core temperature of the particles from the animal byproducts is more than 110 °C, and - the thermal treatment is carried out in further treatment stages with a gradually increasing holding temperature at least until a specified minimum sterilization time has been reached, - the minimum sterilization time is 295 minutes - the maximum treatment temperature is 550 °C, wherein the maximum treatment temperature is also the holding temperature of the last treatment stage, - wherein the gas removal line for discharging gaseous products formed in the reactor chamber is opened when a predetermined reactor temperature is reached, and - wherein the liquid removal line for discharging liquid products formed in the reactor chamber is opened when the minimum sterilization time is reached.
A time-shift retransmission system that is a system that manages communication of a remote sensor (1004a-d), the time-shift retransmission system comprising: a) temporary storage means (2004-2006) in which measurement values Dt measured according to a sampling schedule by the remote sensor (1004a-d) are temporarily stored at a predetermined interval, m; and b) retransmission means that retransmits the measurement values, A, after a first delay time according to a first retransmission schedule and retransmits the measurement values, B, after a second delay time according to a second retransmission schedule with a cycle different from that of the first retransmission schedule, wherein the first delay time from the measurement to the retransmission in the first retransmission schedule is shorter than the second delay time from the measurement to the retransmission in the second retransmission schedule; the delay time in each of the first retransmission schedule and the second retransmission schedule is set in a range in which a data amount of a measurement value group that is temporarily stored within the delay time falls within a storage capacity of the temporary storage means (2004-2006); and a first sampling interval at which first measurement values A of the measurement values Dt are measured is shorter than a second sampling interval at which second measurement values B of the measurement values Dt are measured, the first measurement values A being temporarily stored in the temporary storage means for retransmitting the first measurement values A after the first delay time according to the first retransmission schedule and the second measurement values B being temporarily stored in the temporary storage means for retransmitting the second measurement values B after the second delay time according to the second retransmission schedule. a) temporary storage means (2004-2006) in which measurement values Dt measured according to a sampling schedule by the remote sensor (1004a-d) are temporarily stored at a predetermined interval, m; and b) retransmission means that retransmits the measurement values, A, after a first delay time according to a first retransmission schedule and retransmits the measurement values, B, after a second delay time according to a second retransmission schedule with a cycle different from that of the first retransmission schedule,
A combination weighing apparatus comprising: a plurality of weighing units that measures objects to be weighed; a controller that combines weights of the measured objects to be weighed and selects specific weighing units corresponding to a weight value within a desired range; a collecting chute that collects and discharges the objects to be weighed discharged from the selected weighing units ; a timing hopper that temporarily retains the discharged objects to be weighed, and then discharges the objects to be weighed; a frame that directly or indirectly supports at least one of the weighing units , the controller, the collecting chute , and the timing hopper ; and a support member that is attached to the frame and in which the timing hopper is fixed at a predetermined position, wherein the support member is capable of moving with respect to the frame between a first mounting position at which the timing hopper receives and retains the objects to be weighed and a second mounting position related to attachment and detachment of the timing hopper , the timing hopper is in a fixed state at the predetermined position, the timing hopper is capable of moving with respect to the support member between the predetermined position and a position detachable from the support member , and a movement direction in which the support member moves from the first mounting position to the second mounting position intersects a direction in which the timing hopper moves from the predetermined position to the detachable position. a plurality of weighing units that measures objects to be weighed; a controller that combines weights of the measured objects to be weighed and selects specific weighing units corresponding to a weight value within a desired range; a collecting chute that collects and discharges the objects to be weighed discharged from the selected weighing units ; a timing hopper that temporarily retains the discharged objects to be weighed, and then discharges the objects to be weighed; a frame that directly or indirectly supports at least one of the weighing units , the controller, the collecting chute , and the timing hopper ; and a support member that is attached to the frame and in which the timing hopper is fixed at a predetermined position, wherein the support member is capable of moving with respect to the frame between a first mounting position at which the timing hopper receives and retains the objects to be weighed and a second mounting position related to attachment and detachment of the timing hopper , the timing hopper is in a fixed state at the predetermined position, the timing hopper is capable of moving with respect to the support member between the predetermined position and a position detachable from the support member , and a movement direction in which the support member moves from the first mounting position to the second mounting position intersects a direction in which the timing hopper moves from the predetermined position to the detachable position.
A sample cooling and storage mechanism, comprising: a refrigeration device and a gradient cooling device ; wherein the refrigeration device is configured to perform temperature-controlled refrigeration on storage vials; the gradient cooling device is configured to perform programmed gradient cooling on the storage vials; and the refrigeration device comprises at least one refrigeration zone ; a nitrogen spraying component , a heating component and a storage vial rack are provided in the refrigeration zone ; the nitrogen spraying component is configured to spray nitrogen in the refrigeration zone ; and the heating component heats an interior of the refrigeration zone ; the nitrogen spraying component comprises a nitrogen spraying tube ; the nitrogen spraying tube is provided with a plurality of nitrogen spraying holes ; and an end of the nitrogen spraying tube is communicated with a nitrogen supply tube assembly , characterized in that the nitrogen spraying component is configured to convert liquid nitrogen into gaseous nitrogen to supply the nitrogen in gaseous form; the nitrogen supply tube assembly comprises a solenoid valve , a nitrogen supply coil tube , and a heating tube ; wherein the nitrogen spraying tube is communicated with the nitrogen supply coil tube ; the nitrogen supply coil tube is circled around the heating tube ; and the solenoid valve is configured to control a start of heating of the heating tube . a refrigeration device and a gradient cooling device ; wherein the refrigeration device is configured to perform temperature-controlled refrigeration on storage vials; the gradient cooling device is configured to perform programmed gradient cooling on the storage vials; and the refrigeration device comprises at least one refrigeration zone ; a nitrogen spraying component , a heating component and a storage vial rack are provided in the refrigeration zone ; the nitrogen spraying component is configured to spray nitrogen in the refrigeration zone ; and the heating component heats an interior of the refrigeration zone ; the nitrogen spraying component comprises a nitrogen spraying tube ; the nitrogen spraying tube is provided with a plurality of nitrogen spraying holes ; and an end of the nitrogen spraying tube is communicated with a nitrogen supply tube assembly , characterized in that the nitrogen spraying component is configured to convert liquid nitrogen into gaseous nitrogen to supply the nitrogen in gaseous form; the nitrogen supply tube assembly comprises a solenoid valve , a nitrogen supply coil tube , and a heating tube ; wherein the nitrogen spraying tube is communicated with the nitrogen supply coil tube ; the nitrogen supply coil tube is circled around the heating tube ; and the solenoid valve is configured to control a start of heating of the heating tube .
A binder for an all-solid-state secondary battery, comprising a conjugated diene-based copolymer (A) that: has an aromatic vinyl unit based on an aromatic vinyl compound and a conjugated diene unit based on a conjugated diene compound; and has a storage elastic modulus (G') of 4.0×10 4 Pa or more and 2.0×10 5 Pa or less and a loss tangent (tanδ) of 0.10 or more and 0.80 or less, which are measured using a dynamic viscoelasticity-measuring apparatus under conditions of a measurement temperature of 25°C, a frequency of 0.1 Hz, and a strain amount of 1%. has an aromatic vinyl unit based on an aromatic vinyl compound and a conjugated diene unit based on a conjugated diene compound; and has a storage elastic modulus (G') of 4.0×10 4 Pa or more and 2.0×10 5 Pa or less and a loss tangent (tanδ) of 0.10 or more and 0.80 or less, which are measured using a dynamic viscoelasticity-measuring apparatus under conditions of a measurement temperature of 25°C, a frequency of 0.1 Hz, and a strain amount of 1%.
Knitted fabric (1a-1f) comprising at least one first layer into which a plurality of linear or flat, in particular strip-shaped, electroconductive structures made of an electroconductive yarn and linear or flat, in particular strip-shaped, non-electroconductive structures made of a non-electroconductive yarn are knitted in such way that the electroconductive structures are electrically insulated from one another, wherein each of the electroconductive structures is capable of being individually electrically contacted and connected to an evaluation circuit , characterised in that , in order to make electrical contact, the electroconductive structures are electrically connected in a punctiform manner with insulated microcables or insulated conductive yarns or wrapped yarns which are partially stripped at the contact point, wherein the insulated microcables or insulated conductive yarns or wrapped yarns are configured as filler threads which extend parallel to stitch wales of the knitted fabric (1a-1f).
A razor cartridge , comprising: at least one shaving blade , each including a base portion and an edge portion with a cutting edge ; and a blade housing including a blade mounting configured to accommodate the at least one shaving blade in a longitudinal direction corresponding to a width direction of the blade housing , wherein the blade mounting includes: multiple mounting bases disposed to be spaced apart from each other along the longitudinal direction; and at least one mounting protrusion protruding from each of the multiple mounting bases , and wherein the base portion of a shaving blade of the at least one shaving blade is supported by mounting protrusions protruding from different mounting bases among the multiple mounting bases , wherein the base portion of the shaving blade is supported by a single mounting protrusion protruding from each corresponding mounting base. at least one shaving blade , each including a base portion and an edge portion with a cutting edge ; and a blade housing including a blade mounting configured to accommodate the at least one shaving blade in a longitudinal direction corresponding to a width direction of the blade housing , wherein the blade mounting includes: multiple mounting bases disposed to be spaced apart from each other along the longitudinal direction; and at least one mounting protrusion protruding from each of the multiple mounting bases , and multiple mounting bases disposed to be spaced apart from each other along the longitudinal direction; and at least one mounting protrusion protruding from each of the multiple mounting bases , and wherein the base portion of a shaving blade of the at least one shaving blade is supported by mounting protrusions protruding from different mounting bases among the multiple mounting bases , wherein the base portion of the shaving blade is supported by a single mounting protrusion protruding from each corresponding mounting base.
A dryer comprising: ∘ a casing including a front wall , a rear wall , side walls and a basement , said casing defining the limit between the internal or inner volume of the dryer and the exterior of the dryer; said basement having an upper shell and a lower shell , said upper and lower shells being apt to be connected together in order to form said basement, said lower shell being a single unit; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber ; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber ; ∘ a water collecting housing formed in said basement , integral in a single piece construction with said lower shell, and located inside said inner volume for the collection of condensation water formed by said condensing device; ∘ a water removing unit associable to said water collecting housing for the removal of water therein comprising a pump unit and a support body to support said pump unit , said water removing unit being located inside said inner volume; ∘ wherein said support body is integral in a single piece construction with said upper shell and includes at least a pump coupling element for coupling said pump unit onto said support body , said coupling element protruding outwardly from said upper shell inside the inner volume defined by the casing. ∘ a casing including a front wall , a rear wall , side walls and a basement , said casing defining the limit between the internal or inner volume of the dryer and the exterior of the dryer; said basement having an upper shell and a lower shell , said upper and lower shells being apt to be connected together in order to form said basement, said lower shell being a single unit; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber ; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber ; ∘ a water collecting housing formed in said basement , integral in a single piece construction with said lower shell, and located inside said inner volume for the collection of condensation water formed by said condensing device; ∘ a water removing unit associable to said water collecting housing for the removal of water therein comprising a pump unit and a support body to support said pump unit , said water removing unit being located inside said inner volume; ∘ wherein said support body is integral in a single piece construction with said upper shell and includes at least a pump coupling element for coupling said pump unit onto said support body , said coupling element protruding outwardly from said upper shell inside the inner volume defined by the casing.
A door handle arrangement comprising: a first door handle for use on a first side of a door ; a second door handle for use on a second side of the door ; a spindle for connecting between the first and second door handles , wherein rotating either or both of the first or second door handles rotates the spindle ; wherein either the first or second door handle comprises a spindle lock which is movable between a stowed position in which the spindle is free to rotate and an engaged position in which the spindle lock prevents rotation of the spindle , characterised in that the spindle lock is configured to move between the stowed position and engaged position upon removal of the second door handle from the door . a first door handle for use on a first side of a door ; a second door handle for use on a second side of the door ; a spindle for connecting between the first and second door handles , wherein rotating either or both of the first or second door handles rotates the spindle ; wherein either the first or second door handle comprises a spindle lock which is movable between a stowed position in which the spindle is free to rotate and an engaged position in which the spindle lock prevents rotation of the spindle , characterised in that the spindle lock is configured to move between the stowed position and engaged position upon removal of the second door handle from the door .
A boron neutron capture therapy system comprising: a boron neutron capture therapy device; and an α-amino acid-like boron trifluoride compound having a structure shown as formula (I) below: wherein, R represents hydrogen, methyl, isopropyl, 1-methylpropyl, 2-methylpropyl, hydroxymethyl, 1-hydroxyethyl, benzyl or hydroxybenzyl; M represents H or metal atom; the energy generated from the action of the neutron beam generated by the boron neutron capture therapy device on the α-amino acid-like boron trifluoride compound destroys tumor cell DNA. a boron neutron capture therapy device; and an α-amino acid-like boron trifluoride compound having a structure shown as formula (I) below: wherein, R represents hydrogen, methyl, isopropyl, 1-methylpropyl, 2-methylpropyl, hydroxymethyl, 1-hydroxyethyl, benzyl or hydroxybenzyl; M represents H or metal atom; the energy generated from the action of the neutron beam generated by the boron neutron capture therapy device on the α-amino acid-like boron trifluoride compound destroys tumor cell DNA. wherein, R represents hydrogen, methyl, isopropyl, 1-methylpropyl, 2-methylpropyl, hydroxymethyl, 1-hydroxyethyl, benzyl or hydroxybenzyl; M represents H or metal atom; the energy generated from the action of the neutron beam generated by the boron neutron capture therapy device on the α-amino acid-like boron trifluoride compound destroys tumor cell DNA.
An adjusting mechanism of a circuit breaker , comprising: an operating rod configured to operate a moving contact of the circuit breaker via a contact spring arranged between the operating rod and the moving contact ; a transmitting rod pivotally coupled to the operating rod and configured to drive the operating rod to move towards or away from a stationary contact of the circuit breaker ; characterised by an adjusting block pivotally coupled to the transmitting rod at a position different from the operating rod and comprising a thread hole ; a bracket comprising a first supporting element and a second supporting element spaced from the first supporting element along a first direction (L1), each of the first supporting element and the second supporting element comprising a through hole extending along the first direction (L1); and an adjusting bolt extending through the through hole of the first supporting element , the thread hole of the adjusting block , and the through hole of the second supporting element sequentially along the first direction (L1), the adjusting bolt comprising an external thread engaging with the thread hole , such that when the adjusting bolt is actuated to rotate about its axis (A), the adjusting block slides along the first direction (L1) between the first supporting element and the second supporting element . an operating rod configured to operate a moving contact of the circuit breaker via a contact spring arranged between the operating rod and the moving contact ; a transmitting rod pivotally coupled to the operating rod and configured to drive the operating rod to move towards or away from a stationary contact of the circuit breaker ; characterised by an adjusting block pivotally coupled to the transmitting rod at a position different from the operating rod and comprising a thread hole ; a bracket comprising a first supporting element and a second supporting element spaced from the first supporting element along a first direction (L1), each of the first supporting element and the second supporting element comprising a through hole extending along the first direction (L1); and an adjusting bolt extending through the through hole of the first supporting element , the thread hole of the adjusting block , and the through hole of the second supporting element sequentially along the first direction (L1), the adjusting bolt comprising an external thread engaging with the thread hole , such that when the adjusting bolt is actuated to rotate about its axis (A), the adjusting block slides along the first direction (L1) between the first supporting element and the second supporting element .